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["Freight PASS (Productivity and Safety / Sustainability Tool) | Version: BETA (8 January 2024)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"User Guide",null,null,null,null,null,null,null,null,"Reference material"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"Accessed on: \", TEXT(TODAY(), \"dd/mm/yyyy\"))","v":"Accessed on: 08/01/2024"}]
[null,null,{"$f":"CONCATENATE(\"For assistance in vehicle selection options, refer to: \", HYPERLINK(\"https://www.nhvr.gov.au/files/201707-0577-common-heavy-freight-vehicles-combinations.pdf\", \"Common conventional vehicles chart\"), \" or \", HYPERLINK(\"https://www.nhvr.gov.au/files/201810-0923-pbs-vehicle-configurations.pdf\", \"Common PBS vehicles chart\"))","v":"For assistance in vehicle selection options, refer to: Common conventional vehicles chart or Common PBS vehicles chart"}]
["Vehicle selection and ranking","Step 1. Vehicle selection",null,null,null,null,null,null,null,"Vehicle A",null,null,null,null,null,null,null,null,null,null,null,"Vehicle classification",null,null,null,null,null,"Vehicle mass",null,null,null,"Productivity",null,"Safety",null,"Sustainability",null,"Overall",null,"Vehicle configuration code","Image"]
[]
[null,null,null,null,null,null,null,null,null,"Reference vehicle",null,null,"Combination",null,null,null,null,null,"Mass scheme",null,null,"Axles","Config.","ATAP","Austroads","NTC",null,"GCM (t)","Load (t)","Tare (t)",null,{"$f":"_xlfn.XLOOKUP(J5,_xlfn.ANCHORARRAY('Scenario rankings'!$N$5),'Scenario rankings'!$Q$5:$Q$8,\"\",0)","v":4},null,{"$f":"_xlfn.XLOOKUP(J5,_xlfn.ANCHORARRAY('Scenario rankings'!$N$13),'Scenario rankings'!$Q$13:$Q$16,\"\",0)","v":4},null,{"$f":"_xlfn.XLOOKUP(J5,_xlfn.ANCHORARRAY('Scenario rankings'!$N$21),'Scenario rankings'!$Q$21:$Q$24,\"\",0)","v":4},null,{"$f":"_xlfn.XLOOKUP(J5,'Scenario rankings'!$N$28:$N$31,'Scenario rankings'!$Q$28:$Q$31,\"\",0)","v":4},null,"A111"]
[null,null,null,null,null,null,null,null,null,"Common General Access Vehicle",null,null,"6-Axle Semitrailer",null,null,null,null,null,"GML",null,null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Axles],\"Does not exist\",0))","v":6},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Configuration Code],\"\",0))","v":"A123"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[ATAP Vehicle Equivalent],\"\",0))","v":"Artic 6 Axle"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Austroads Vehicle Equivalent],\"\",0))","v":"Class 9"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[NTC Vehicle Equivalent],\"\",0))","v":"16b"},null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[GCM (t) (100% load)],\"\",0))","v":42.5},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Load (t)],\"\",0))","v":24.468580510030989},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$8&$S$8,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Tare (t)],\"\",0))","v":18.031419489969011},null,null,null,null,null,null,null,null,null,"A112"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rank",null,"Rank",null,"Rank",null,"Rank",null,"A113"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Reference vehicle cannot be modified.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A1213"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A121B21"]
[null,null,null,null,null,null,null,null,null,"Vehicle B",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A122"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A1221"]
[null,null,null,null,null,null,null,null,null,"Reference vehicle",null,null,"Combination",null,null,null,null,null,"Mass scheme",null,null,"Axles","Config.","ATAP","Austroads","NTC",null,"GCM (t)","Load (t)","Tare (t)",null,{"$f":"_xlfn.XLOOKUP(J12,_xlfn.ANCHORARRAY('Scenario rankings'!$N$5),'Scenario rankings'!$Q$5:$Q$8,\"\",0)","v":3},null,{"$f":"_xlfn.XLOOKUP(J12,_xlfn.ANCHORARRAY('Scenario rankings'!$N$13),'Scenario rankings'!$Q$13:$Q$16,\"\",0)","v":3},null,{"$f":"_xlfn.XLOOKUP(J12,_xlfn.ANCHORARRAY('Scenario rankings'!$N$21),'Scenario rankings'!$Q$21:$Q$24,\"\",0)","v":3},null,{"$f":"_xlfn.XLOOKUP(J12,'Scenario rankings'!$N$28:$N$31,'Scenario rankings'!$Q$28:$Q$31,\"\",0)","v":3},null,"A122T22"]
[null,null,null,null,null,null,null,null,null,"Common Restricted Access Vehicle",null,null,"9-Axle B-Double",null,null,null,null,null,"GML",null,null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Axles],\"Does not exist\",0))","v":9},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Configuration Code],\"\",0))","v":"B1233"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[ATAP Vehicle Equivalent],\"\",0))","v":"B-Double"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Austroads Vehicle Equivalent],\"\",0))","v":"Class 10"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[NTC Vehicle Equivalent],\"\",0))","v":"18b"},null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[GCM (t) (100% load)],\"\",0))","v":62.5},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Load (t)],\"\",0))","v":37.280936993026025},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($M$15&$S$15,Fleet_Data[Description]&Fleet_Data[Mass Scheme],Fleet_Data[Tare (t)],\"\",0))","v":25.219063006973975},null,null,null,null,null,null,null,null,null,"A123"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rank",null,"Rank",null,"Rank",null,"Rank",null,"A123T23"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Reference vehicle cannot be modified.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A123T23T23"]
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[null,null,null,null,null,null,null,null,null,"Vehicle C",null,null,null,null,null,"For assistance in vehicle selection options, refer to:",null,null,"Conventional vehicles","PBS vehicles",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A123T2B333"]
[null,null,null,null,null,null,null,null,null,"Step I",null,null,"Step II",null,null,"Step III",null,null,"Step IV",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A123T33"]
[null,null,null,null,null,null,null,null,null,"Fleet",null,null,"Combination",null,null,"Mass scheme",null,null,"PBS Level",null,null,"Axles","Config.","ATAP","Austroads","NTC",null,"GCM (t)","Load (t)","Tare (t)",null,{"$f":"_xlfn.XLOOKUP(J19,_xlfn.ANCHORARRAY('Scenario rankings'!$N$5),'Scenario rankings'!$Q$5:$Q$8,\"\",0)","v":2},null,{"$f":"_xlfn.XLOOKUP(J19,_xlfn.ANCHORARRAY('Scenario rankings'!$N$13),'Scenario rankings'!$Q$13:$Q$16,\"\",0)","v":2},null,{"$f":"_xlfn.XLOOKUP(J19,_xlfn.ANCHORARRAY('Scenario rankings'!$N$21),'Scenario rankings'!$Q$21:$Q$24,\"\",0)","v":2},null,{"$f":"_xlfn.XLOOKUP(J19,'Scenario rankings'!$N$28:$N$31,'Scenario rankings'!$Q$28:$Q$31,\"\",0)","v":2},null,"A123T33T33"]
[null,null,null,null,null,null,null,null,null,"Conventional",null,null,"9-Axle B-Double",null,null,"CML",null,null,"n/a",null,null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Axles],\"\",0))","v":9},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Configuration Code],\"Nil.\",0))","v":"B1233"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[ATAP Vehicle Equivalent],\"\",0))","v":"B-Double"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Austroads Vehicle Equivalent],\"\",0))","v":"Class 10"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[NTC Vehicle Equivalent],\"\",0))","v":"18b"},null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[GCM (t) (100% load)],\"\",0))","v":64.5},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Load (t)],\"\",0))","v":39.280936993026025},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J22&M22&P22&S22,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Tare (t)],\"\",0))","v":25.219063006973975},null,null,null,null,null,null,null,null,null,"A123T3B33"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rank",null,"Rank",null,"Rank",null,"Rank",null,"A123T3B333"]
[null,null,null,null,null,null,null,null,null,{"$f":"IFERROR(_xlfn.IFS(J22=\"No selection\", \"'No selection' has been identified. To select a vehicle, please use the drop down menus from left to right (Step I to IV)\",V22=\"\",\"Vehicle does not exist in the NHVR common configuration charts. To select a vehicle, please use the drop down menus from left to right (Step I to IV). Refer to the NHVR common configuration charts for vehicle selection options.\"),\"Please select vehicle using the drop down menus in order from left to right (Step I to IV). Alternatively, select 'No selection' under the 'Fleet' drop down menu.\")","v":"Please select vehicle using the drop down menus in order from left to right (Step I to IV). Alternatively, select 'No selection' under the 'Fleet' drop down menu."},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A124"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A1333333"]
[null,null,null,null,null,null,null,null,null,"Vehicle D",null,null,null,null,null,"For assistance in vehicle selection options, refer to:",null,null,"Conventional vehicles","PBS vehicles",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A223"]
[null,null,null,null,null,null,null,null,null,"Step I",null,null,"Step II",null,null,"Step III",null,null,"Step IV",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A224"]
[null,null,null,null,null,null,null,null,null,"Fleet",null,null,"Combination",null,null,"Mass scheme",null,null,"PBS Level",null,null,"Axles","Config.","ATAP","Austroads","NTC",null,"GCM (t)","Load (t)","Tare (t)",null,{"$f":"_xlfn.XLOOKUP(J26,_xlfn.ANCHORARRAY('Scenario rankings'!$N$5),'Scenario rankings'!$Q$5:$Q$8,\"\",0)","v":1},null,{"$f":"_xlfn.XLOOKUP(J26,_xlfn.ANCHORARRAY('Scenario rankings'!$N$13),'Scenario rankings'!$Q$13:$Q$16,\"\",0)","v":1},null,{"$f":"_xlfn.XLOOKUP(J26,_xlfn.ANCHORARRAY('Scenario rankings'!$N$21),'Scenario rankings'!$Q$21:$Q$24,\"\",0)","v":1},null,{"$f":"_xlfn.XLOOKUP(J26,'Scenario rankings'!$N$28:$N$31,'Scenario rankings'!$Q$28:$Q$31,\"\",0)","v":1},null,"B1222"]
[null,null,null,null,null,null,null,null,null,"PBS",null,null,"3-axle prime mover A-double (3-2-3)",null,null,"HML",null,null,3,null,null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Axles],\"\",0))","v":11},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Configuration Code],\"Nil.\",0))","v":"A123T23"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[ATAP Vehicle Equivalent],\"\",0))","v":"A-Double"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Austroads Vehicle Equivalent],\"\",0))","v":"Class 11"},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP($J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[NTC Vehicle Equivalent],\"\",0))","v":20},null,{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[GCM (t) (100% load)],\"\",0))","v":85.5},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Load (t)],\"\",0))","v":56.591223584597053},{"$f":"_xlfn.SINGLE(_xlfn.XLOOKUP(J29&M29&P29&S29,Fleet_Data[Fleet]&Fleet_Data[Description]&Fleet_Data[Mass Scheme]&Fleet_Data[PBS Level],Fleet_Data[Tare (t)],\"\",0))","v":28.908776415402947},null,null,null,null,null,null,null,null,null,"B1223"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rank",null,"Rank",null,"Rank",null,"Rank",null,"B1232"]
[null,null,null,null,null,null,null,null,null,{"$f":"IFERROR(_xlfn.IFS(J29=\"No selection\", \"'No selection' has been identified. To select a vehicle, please use the drop down menus from left to right (Step I to IV)\",V29=\"\",\"Vehicle does not exist in the NHVR common configuration charts. To select a vehicle, please use the drop down menus from left to right (Step I to IV). Refer to the NHVR common configuration charts for vehicle selection options.\"),\"Please select vehicle using the drop down menus in order from left to right (Step I to IV). Alternatively, select 'No selection' under the 'Fleet' drop down menu.\")","v":"Please select vehicle using the drop down menus in order from left to right (Step I to IV). Alternatively, select 'No selection' under the 'Fleet' drop down menu."},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ranking based on scenario inputs (Step 2). To modify weightings, refer to Step 4. ",null,null,null,null,null,null,null,"B1233"]
[null,null,null,null,null,null,null,"Images not to scale",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B12333"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B1233T2B33"]
["Scenario inputs and productivity, safety and sustainability outputs","Step 2. Scenario inputs",null,null,null,null,null,null,null,{"$f":"IFERROR(IF(J38<>0,\"\",\"\"),\"ERROR. Please ensure all vehicles in Step 1 are aligned with the NHVR common configuration charts. Please follow the instructions and prompts in Step 1.\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Step 4. Criteria weightings (optional)",null,null,null,null,null,null,null,null,"B1233T3B33"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"B123A3T33"]
[null,null,"Journey length (km) \n(single direction)",null,null,100,null,null,null,"Fewest return trips ",null,null,"Quickest time",null,null,"Least likely to be in a fatal crash",null,null,"Least likely to be in a crash resulting in a hospitalisation",null,null,"Lowest fuel consumption",null,null,"Lowest CO2 emission",null,null,"Lowest air pollution impact cost",null,null,null,"Criteria 1","Criteria 2","Criteria 3","Criteria 4","Criteria 5","Criteria 6",null,null,"B1243"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Productivity","Trips","Time","Kilometers","Road occupancy",null,null,{"$f":"_xlfn.IFS(AL38>100%,\"Exceeds 100%. Review weightings.\",AL38<100%,\"Under 100%. Review weightings\",AL38=100%,\"\")","v":""},null,"B1244"]
[null,null,null,null,null,"Enter value",null,null,null,{"$f":"MIN('Scenario outputs'!C21:F21)","v":18},null,null,{"$f":"MIN('Scenario outputs'!C28:F28)","v":45},null,null,{"$f":"MIN('Scenario outputs'!C49:F49)","v":1.0051363636363636E-5},null,null,{"$f":"MIN('Scenario outputs'!C56:F56)","v":9.6979090909090918E-5},null,null,{"$f":"MIN('Scenario outputs'!C77:F77)","v":2488.232932717232},null,null,{"$f":"MIN('Scenario outputs'!C84:F84)","v":6646.5678098742692},null,null,{"$f":"MIN('Scenario outputs'!C91:F91)","v":29.409325174825167},null,null,null,0.1,0.1,0.5,0.3,null,null,{"$f":"SUM(AF38:AI38)","v":1},null,"R11"]
[null,null,"Total load (t)",null,null,1000,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Enter values. Total to equal 100%",null,null,null,null,null,null,null,"R11T11"]
[null,null,null,null,null,null,null,null,null,"Return trips",null,null,"Hours",null,null,"Per cent likelihood",null,null,"Per cent likelihood",null,null,"Litres",null,null,"Kilograms",null,null,"Dollars",null,null,"Safety","Fatalities","Hospitalisation","Non-hospitalisation","Property damage",null,null,{"$f":"_xlfn.IFS(AL41>100%,\"Exceeds 100%. Review weightings.\",AL41<100%,\"Under 100%. Review weightings\",AL41=100%,\"\")","v":""},null,"R11T2"]
[null,null,null,null,null,"Enter value",null,null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C$24:$F$24,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C$25:$F$25,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!C31:F31,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!C32:F32,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!C52:F52,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!C53:F53,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C59:$F59,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C60:$F60,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C80:$F80,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C81:$F81,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C87:$F87,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C88:$F88,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C94:$F94,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C95:$F95,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,null,0.7,0.15,0.1,0.05,null,null,{"$f":"SUM(AF41:AI42)","v":1},null,"R12"]
[null,null,"Average speed (km/h)",null,null,80,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Enter values. Total to equal 100%",null,null,null,null,null,null,null,"R12T11"]
[null,null,null,null,null,null,null,null,null,"Number of trips based on a payload of 100% load delivery and 0% load return",null,null,"Consecutive non-stop return trips (e.g. excluding designated rest stops, loading and unloading)",null,null,"Probability calculated based on transporting the entire freight task (i.e. not a probability per trip)",null,null,"Probability calculated based on transporting the entire freight task (i.e. not a probability per trip)",null,null,null,null,null,"Calculation based on emission conversion factor from the ATAP road parameter values",null,null,null,null,null,"Sustainability","Fuel consumption","CO2 emission","Air pollution cost","Noise pollution cost","Biodiversity cost","Water and soil cost",{"$f":"_xlfn.IFS(AL44>100%,\"Exceeds 100%. Review weightings.\",AL44<100%,\"Under 100%. Review weightings\",AL44=100%,\"\")","v":""},null,"R12T12"]
[null,null,null,null,null,"Enter value",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Calculation based on the ATAP fuel consumption formula",null,null,null,null,null,"Calculation based on the ATAP environmental parameter values",null,null,null,0.3,0.3,0.1,0.1,0.1,0.1,{"$f":"SUM(AF44:AI44,AJ44:AK44)","v":0.99999999999999989},null,"R12T2"]
[null,null,"Commodity",null,null,"Apples",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Enter values. Total to equal 100%",null,null,null,null,null,"R12T22"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Overall","Productivity","Safety","Sustainability",null,null,null,{"$f":"_xlfn.IFS(AL47>100%,\"Exceeds 100%. Review weightings.\",AL47<100%,\"Under 100%. Review weightings\",AL47=100%,\"\")","v":""},null,"R12T22T22"]
[null,null,null,null,null,"Select from drop down menu",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.35,0.5,0.15,null,null,null,{"$f":"SUM(AF47:AH47)","v":1},null,"R12T23"]
[null,null,"Journey length where vehicle pollutants impacts biodiversity (km) \n(single direction)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Enter values. Total to equal 100%",null,null,null,null,null,null,null,null,"R12T23T23"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R12T3"]
[null,null,{"$f":"IF($F$48>$F$36,\"Value must be less than journey length\",\"Enter value\")","v":"Enter value"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Legend",null,null,null,"Glossary",null,null,null,null,"R12T33"]
[null,null,"Journey length where vehicle run-off impacts water and/or soil quality (km) \n(single direction)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"User input required",null,null,null,"ATAP","Australian Transport Assessment and Planning Guidelines",null,null,null,"R13"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Productivity related information",null,null,null,"CML","Concessional Mass Limit",null,null,null,"R22"]
[null,null,{"$f":"IF($F$51>$F$36,\"Value must be less than journey length\",\"Enter value\")","v":"Enter value"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Safety related information",null,null,null,"Config.","Configuration Code",null,null,null,"R22T12"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sustainability related information",null,null,null,"GCM","Gross Combination Mass",null,null,null,"R22T2"]
[null,"Step 3. Commodity calculator (optional)",null,null,null,null,null,null,null,"Fewest kilometers",null,null,"Lowest road space occupancy",null,null,"Least likely to be in a crash resulting in a non-hospitalisation injury",null,null,"Least likely to be in a crash resulting in property damage only",null,null,"Lowest noise pollution cost",null,null,"Lowest biodiversity impact cost",null,null,"Lowest water and soil impact cost",null,null,"Instructions",null,"red text",null,"GML","General Mass Limit",null,null,null,"R22T22"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Assumptions",null,null,null,"HML","Higher Mass Limit",null,null,null,"R22T23"]
[null,null,{"$f":"CONCATENATE(\"Average cost to transport \",UPPER($F$45))","v":"Average cost to transport APPLES"},null,null,null,null,null,null,{"$f":"MIN('Scenario outputs'!C35:F35)","v":3600},null,null,{"$f":"MIN('Scenario outputs'!C42:F42)","v":657},null,null,{"$f":"MIN('Scenario outputs'!C63:F63)","v":1.3353954545454547E-4},null,null,{"$f":"MIN('Scenario outputs'!C70:F70)","v":7.7925681818181828E-4},null,null,{"$f":"MIN('Scenario outputs'!C98:F98)","v":1.8512307692307692},null,null,{"$f":"MIN('Scenario outputs'!C105:F105)","v":0},null,null,{"$f":"MIN('Scenario outputs'!C112:F112)","v":0},null,null,"Present year",2023,"Crash rate (Property damage only) per 1 million km",0.70550000000000002,"km","Kilometer",null,null,null,"R22T33"]
[null,null,"Average cost to transport commodity for the entire freight task under the scenario (i.e. accummulative cost of all laden trips)",null,null,null,{"$f":"($F$36*$F$39)*$E$71","v":20300},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Commodity data (September 2023)","CSIRO Supply Chain Transport and Logistics Dashboard","Crash reduction factor for PBS rigid trucks",0.52694610778443118,"km/h","Kilometers per hour",null,null,null,"R23"]
[null,null,null,null,null,null,null,null,null,"Kilometers",null,null,"Meters",null,null,"Per cent likelihood",null,null,"Per cent likelihood",null,null,"Dollars",null,null,"Dollars",null,null,"Dollars",null,null,"Tare mass (July 2023)","Average registered tare mass (t)","Crash reduction factor for PBS articulated trucks",0.30681818181818182,"NTC","National Transport Commission",null,null,null,"Nil."]
[null,null,null,null,null,null,null,null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C$38:$F$38,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C$39:$F$39,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!C45:F45,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!C46:F46,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!C66:F66,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!C67:F67,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!C73:F73,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!C74:F74,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C101:$F101,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C102:$F102,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C108:$F108,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C109:$F109,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,{"$f":"_xlfn.XLOOKUP(1,'Scenario outputs'!$C115:$F115,'Scenario outputs'!$C$13:$F$13,_xlfn.XLOOKUP(1,'Scenario outputs'!$C116:$F116,'Scenario outputs'!$C$13:$F$13,\"\",0,1),0,1)","v":"3-axle prime mover A-double (3-2-3) (HML): PBS, 3"},null,null,"IRI road roughness index",2,"Diesel (L) to CO2 (kg) conversion rates",2.6711999999999998,"PBS","Performance Based Standards"]
[null,null,{"$f":"CONCATENATE(\"Estimated change in total cost to transport \",UPPER($F$45),\" if distance changed\")","v":"Estimated change in total cost to transport APPLES if distance changed"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rise and fall of road","Zero","Freight transport air pollution cost (rural) ($/km)",6.9900000000000006E-3,"t","Tonne"]
[null,null,"Reduce",null,"the distance of the scenario by",null,10,"Kilometers",null,null,null,null,"Length of road space occupied if the total number of vehicles to transport the freight task were positioned end-to-end",null,null,"Probability calculated based on transporting the entire freight task (i.e. not a probability per trip)",null,null,"Probability calculated based on transporting the entire freight task (i.e. not a probability per trip)",null,null,null,null,null,null,null,null,null,null,null,"Curvature of road (degrees per km)",20,"Freight transport noise cose (rural) ($/km)",4.4000000000000002E-4,"TKM","Tonne kilometers"]
[null,null,"New average cost to transport commodity for the entire freight task (i.e. accummulative cost of all trips)",null,null,null,{"$f":"IF($C$62=\"Increase\",(($F$36+$G$62)*$F$39)*$E$71,(($F$36-$G$62)*$F$39)*$E$71)","v":18270},null,null,"Distance travelled for all return trips ",null,null,null,null,null,null,null,null,null,null,null,"Calculation based on the ATAP environmental parameter values",null,null,"Calculation based on the ATAP environmental parameter values",null,null,"Calculation based on the ATAP environmental parameter values",null,null,"Crash rate (Fatal) per 1 million km",9.1000000000000004E-3,"Freight transport soil and water cost (rural) ($/km)",1.0829999999999999E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Crash rate (Hospitalised) per 1 million km",8.7800000000000003E-2,"Freight transport bodiversity cost (rural) ($/km)",3.15E-2]
[null,null,"Estimated savings to transport commodity",null,null,null,{"$f":"G58-G63","v":2030},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Crash rate (Non-hospitalised injury) per 1 million km",0.12089999999999999]
[null,null,"Vehicle agnostic cost based on CSIRO data on average cost to transport different commodities ($/TKM). \nCost is for the laden part of the trip only. CSIRO data is representative and may not represent real world costs.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Right click on tab ribbon and select 'unhide' to view all  backend assumptions, calculations and sources."]
[null,null,"Source:",null,"CSIRO Supply Chain Transport and Logistics Dashboard",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Note: a) Externality costs have been escalated to present year $. b) Commodity costs are as per the source material which is regularly updated by CSIRO in the Supply Chain Transport and Logistics Dashboard. c) Where a PBS vehicle and conventional vehicle perform the same for a specific criteria, the PBS vehicle will be recognised in the score card. Where two vehicles of the same fleet perform the same, the score card will recognise the first vehicle in the order identified in the vehicle selection. The graph provides the performance of all vehicles in context."]
[null,null,{"$f":"CONCATENATE(\"Commodity summary (national averages for \", UPPER($F$45),\")\")","v":"Commodity summary (national averages for APPLES)"}]
[null,null,"Average payload (t)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Avg payload (t)],\"\",0)","v":20},"Average trip distance (km)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Avg trip distance (km)],\"\",0)","v":396.5},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Disclaimer: The National Heavy Vehicle Regulator (NHVR) provides the Freight PASS tool, and all related and associated documents (including guidelines, websites, presentations, etc.) (collectively, ‘the materials’) to assist a person make decisions about heavy vehicle combinations on roads. By using the materials, you agree that (1) the NHVR makes no representations or warranties whatsoever in relation to the currency, accuracy, reliability, and useability of the materials or any outputs from them (2) you will undertake all due diligence that may be required in relation to any decision(s) about heavy vehicle combinations on roads and you will not solely rely upon the materials or any outputs from them (3) you will release and fully indemnify the NHVR in relation to any liability whatsoever arising from your use or reliance on the materials (4) any and all intellectual property rights in the materials vests with, or is owned by, the NHVR and all such rights are reserved and you will not publish, modify, replicate, or distribute the materials without the NHVR’s express permission and (5) these terms are governed by the law of Queensland and you submit to the exclusive jurisdiction of the courts of Queensland."]
[null,null,"Average trip duration (h)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Avg trip duration (hrs)],\"\",0)","v":5.61},"Average speed (km/h)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Avg speed (km/h)],\"\",0)","v":70.677361853832437}]
[null,null,"Average transport cost ($/TKM)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Cost per tonne km ($)],\"\",0)","v":0.20300000000000001},"Cost per payload tonne ($)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Cost per payload tonne ($)],\"\",0)","v":141.4}]
[null,null,"Annual trailers",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Annual trailers],\"\",0)","v":16225.263000000001},"Annual tonnes (t)",null,{"$f":"_xlfn.XLOOKUP($F$45,Commodity[Commodity Type],Commodity[Annual tonnes],\"\",0)","v":324505.84000000003}]
[null,null,"Ensure that a commodity is selected in Step 2. "]

{"sheet":"Architecture","index":1,"n_rows":32,"n_cols":2,"rows_kept":32,"cut":false,"hidden":false,"merged":[[1,1,1,12],[31,1,31,12]]}
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[null,"Freight PASS architecture"]
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[null,"To view assumptions and calculations right click on tab ribbon and select 'unhide'."]

{"sheet":"Vehicle descriptions","index":2,"n_rows":229,"n_cols":19,"rows_kept":229,"cut":false,"hidden":true,"merged":[[0,1,0,11],[2,9,2,11],[0,13,0,17]]}
[null,"Vehicle description",null,null,null,null,null,null,null,null,null,null,"Crash rates","Vehicle mass"]
["Formula","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","GCM = Tare Mass + Load","Combination mass @ 75% load = Tare Mass + (0.75 * Load)","Combination mass @ 50% load = Tare Mass + (0.5 * Load)","Refer to Tare and Mass ~ Calcs Tab. ","Load = GCM – Tare Mass","n/a"]
["Comments","Unique NHVR vehicle configurations based on description, mass scheme and fleet.","Conventional Fleet vehicles are sourced from the NHVR: Common Heavy Freight Vehicle Configurations Chart.\n\nPBS Fleet vehicles are sourced from the NHVR: PBS Vehicle Configurations Chart.","Information on GML can be found at https://www.nhvr.gov.au/road-access/mass-dimension-and-loading/general-mass-and-dimension-limits \n\nInformation on CML can be found at https://www.nhvr.gov.au/road-access/mass-dimension-and-loading/concessional-mass-limits \n\nInformation on HML can be found at https://www.nhvr.gov.au/road-access/mass-dimension-and-loading/higher-mass-limits \n\nMasses for specific combinations were sourced from the NHVR: Common Heavy Freight Vehicle Configurations Chart and PBS Vehicle Configurations Chart.","Conventional fleet refers to non-PBS freight vehicles. Conventional Fleet vehicles are sourced from the NHVR: Common Heavy Freight Vehicle Configurations Chart.\n\nPBS fleet refers to PBS freight vehicles. PBS Fleet vehicles are sourced from the NHVR: PBS Vehicle Configurations Chart.","PBS levels are sourced from the NHVR: PBS Vehicle Configurations Chart.\n\nFor more information on PBS levels refer to Performance Based Standards – A guide for road managers.","Axle group means one or more shafts positioned in a line across a vehicle, on which one or more wheels intended to support the vehicle turn. Axle groups include single axle group, tandem axle group, twinsteer axle group, tri-axle group or quad-axle group. ","Conventional Fleet vehicle lengths are sourced from the NHVR: Common Heavy Freight Vehicle Configurations Chart.\n\nPBS Fleet vehicle lengths are sourced from the NHVR: PBS Vehicle Configurations Chart.","The configuration code describes a vehicle combination based on its component units, the order of those units, and the number of axles for each of those units. \n\nA – Articulated unit\nR – Rigid unit\nT – Trailer unit\nB – B trailer\n# – Numbers refer to the number of axles in a axle group for the respective unit\n\nExamples:\nR22T12 describes a 7-axle truck and dog. It is a rigid unit with twin steer, tandem drive, pulling a 3-axle dog trailer.\n\nB1244 describes a 11-axle B-double. It is an articulated unit, single steer, tandem drive prime mover pulling two quad-axle trailers in a B configuration.  \n","Vehicle equivalencies were used to align the NHVR common configurations with third party datasets. The vehicle equivalencies are an NHVR ‘best-fit’ assumption. \n\nThe descriptions summary assist to better understand and standardise differences in vehicle descriptions across different data sources.\n\nFor example, a 9-axle B-double is linked to data on vehicle kilometers from the NTC Operator Cost Model. The NHVR best-fit from the NTC vehicle classification scheme is NTC vehicle 18b.",null,null,"The likelihood of a crash is dependent on 3 sources of information:\n \n1.\tThe average annual kilometers travelled, sourced from the NTC Operator Cost Model. \n2.\tCrash rates per 1 million kilometers, sourced from The National Heavy Vehicle Drive Competency Framework Consultation RIS. \n3.\tPBS crash factors, derived from the Review of Major Crash Rates for Australian Higher Productivity Vehicles: 2015-2019. These rates are applied to PBS vehicle combinations only. ","GCM (Gross Combination Mass) means the total maximum loaded mass of a vehicle and any vehicles it may lawfully tow at any given time. \n\nGCM is sourced from the NHVR: Common Heavy Freight Vehicle Configurations Chart and PBS Vehicle Configurations Chart.","Combination mass with 75% load\n\n","Combination mass with 50% load\n\n","Tare mass means the unladen mass of the vehicle.\n\nSource: Registration data. Tare mass of combinations are built using the sum of the average registered tare mass of component units in that combination.","Load means:\n•\tall the goods, passengers, drivers and other persons in the vehicle; and\n•\tall fuel, water, lubricants and readily removable equipment carried in the vehicle and required for its normal use; and \n•\tpersonal items used by the vehicle’s driver or someone else necessary for the normal use of the vehicle; and\n•\tanything that is normally removed from the vehicle when not in use.","The average annual kilometers travelled is sourced from the NTC Operator Cost Model and is based on the NTC vehicle equivalent. \n\nIf there is a NTC vehicle with multiple options (e.g., a = low value, b = middle value, c = high value), the middle value has been selected. \n\nFor example, NTC vehicle 18b refers to a B-double where the distance travelled has been selected to be the middle value. \n"]
[]
[]
[null,"Unique ID","Description","Mass Scheme","Fleet","PBS Level","Axles","Overall length (m)","Configuration Code","Austroads Vehicle Equivalent","ATAP Vehicle Equivalent","NTC Vehicle Equivalent","Cohort for crash rates","GCM (t) (100% load)","Combination Mass (t) (75% load)","Combination Mass (t) (50% load)","Tare (t)","Load (t)","Average annual kilometers (km)"]
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[null,{"$f":"CONCATENATE(Fleet_Data[[#This Row],[Description]],\" (\",Fleet_Data[[#This Row],[Mass Scheme]],\")\",\": \",Fleet_Data[[#This Row],[Fleet]],\", \", Fleet_Data[[#This Row],[PBS Level]])","v":"3-axle truck and 3-axle dog trailer (GML): PBS, 2"},"3-axle truck and 3-axle dog trailer","GML","PBS",2,6,20,"R12T12","Class 9","Artic 6 Axle",11,"Rigid",{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (100% load)],\"\",0)","v":48.5},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (75% load)],\"\",0)","v":40.382825136116153},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (50% load)],\"\",0)","v":32.265650272232307},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Tare (t)],\"\",0)","v":16.031300544464607},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Payload (t)],\"\",0)","v":32.468699455535393},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[NTC Vehicle Equivalent]],NTC_Values[NTC vehicle],NTC_Values[Avg annual km],\"\",0)","v":75000}]
[null,{"$f":"CONCATENATE(Fleet_Data[[#This Row],[Description]],\" (\",Fleet_Data[[#This Row],[Mass Scheme]],\")\",\": \",Fleet_Data[[#This Row],[Fleet]],\", \", Fleet_Data[[#This Row],[PBS Level]])","v":"3-axle truck and 3-axle dog trailer (CML): PBS, 2"},"3-axle truck and 3-axle dog trailer","CML","PBS",2,6,20,"R12T12","Class 9","Artic 6 Axle",11,"Rigid",{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (100% load)],\"\",0)","v":49.5},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (75% load)],\"\",0)","v":41.132825136116153},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (50% load)],\"\",0)","v":32.765650272232307},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Tare (t)],\"\",0)","v":16.031300544464607},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Payload (t)],\"\",0)","v":33.468699455535393},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[NTC Vehicle Equivalent]],NTC_Values[NTC vehicle],NTC_Values[Avg annual km],\"\",0)","v":75000}]
[null,{"$f":"CONCATENATE(Fleet_Data[[#This Row],[Description]],\" (\",Fleet_Data[[#This Row],[Mass Scheme]],\")\",\": \",Fleet_Data[[#This Row],[Fleet]],\", \", Fleet_Data[[#This Row],[PBS Level]])","v":"3-axle truck and 3-axle dog trailer (HML): PBS, 2"},"3-axle truck and 3-axle dog trailer","HML","PBS",2,6,20,"R12T12","Class 9","Artic 6 Axle",11,"Rigid",{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (100% load)],\"\",0)","v":49.5},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (75% load)],\"\",0)","v":41.132825136116153},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (50% load)],\"\",0)","v":32.765650272232307},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Tare (t)],\"\",0)","v":16.031300544464607},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Payload (t)],\"\",0)","v":33.468699455535393},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[NTC Vehicle Equivalent]],NTC_Values[NTC vehicle],NTC_Values[Avg annual km],\"\",0)","v":75000}]
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[null,{"$f":"CONCATENATE(Fleet_Data[[#This Row],[Description]],\" (\",Fleet_Data[[#This Row],[Mass Scheme]],\")\",\": \",Fleet_Data[[#This Row],[Fleet]],\", \", Fleet_Data[[#This Row],[PBS Level]])","v":"18-Axle ABB-Quad (HML): Conventional, n/a"},"18-Axle ABB-Quad","HML","Conventional","n/a",18,53.5,"A123T3B333","Class 12","Double B-Double",22,"Articulated",{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (100% load)],\"\",0)","v":135.5},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (75% load)],\"\",0)","v":112.84179330094192},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[GCM (t) (50% load)],\"\",0)","v":90.183586601883832},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Tare (t)],\"\",0)","v":44.867173203767663},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[Description]]&Fleet_Data[[#This Row],[Mass Scheme]]&Fleet_Data[[#This Row],[PBS Level]]&Fleet_Data[[#This Row],[Configuration Code]],Tare[Description]&Tare[Mass Scheme]&Tare[PBS Level]&Tare[Configuration Code],Tare[Payload (t)],\"\",0)","v":90.632826796232337},{"$f":"_xlfn.XLOOKUP(Fleet_Data[[#This Row],[NTC Vehicle Equivalent]],NTC_Values[NTC vehicle],NTC_Values[Avg annual km],\"\",0)","v":275000}]

{"sheet":"Vehicle kms ~ source data","index":3,"n_rows":30,"n_cols":8,"rows_kept":30,"cut":false,"hidden":true,"merged":[]}
[]
["NTC vehicle","Sub-type","Detail","Trailers","GCM/GVM","Avg annual km","Source","Last updated"]
[1,"Rigid","2 axles","--","4.5 - 17",35000,"NTC, 2020, Operator cost model","2023-09-08"]
[2,"Rigid","2 axles","--","7 - 12",35000,"NTC, 2020, Operator cost model","2023-09-08"]
[3,"Rigid","2 axles","--","12 <",35000,"NTC, 2020, Operator cost model","2023-09-08"]
[4,"Rigid","2 axles",1,"< 42.5",40000,"NTC, 2020, Operator cost model","2023-09-08"]
[5,"Rigid","3 axles","--","4.5 - 18",40000,"NTC, 2020, Operator cost model","2023-09-08"]
[6,"Rigid","3 axles","--","18 <",40000,"NTC, 2020, Operator cost model","2023-09-08"]
[7,"Rigid","3 axles",1,"< 42.5",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[8,"Rigid","4+ axles","--","4.5 - 25",60000,"NTC, 2020, Operator cost model","2023-09-08"]
[9,"Rigid","4+ axles","--","25 <",45000,"NTC, 2020, Operator cost model","2023-09-08"]
[10,"Rigid","4+ axles",1,"< 42.5",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[11,"Truck and trailer","4+ axles",1,"42.5 <",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[12,"Articulated","3 axle rig",1,"< 24",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[13,"Articulated","4 axle rig",1,"< 31.5",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[14,"Articulated","5 axle rig","3 axle","< 39",75000,"NTC, 2020, Operator cost model","2023-09-08"]
[15,"Articulated","5 axle rig","2 axle","< 39",85000,"NTC, 2020, Operator cost model","2023-09-08"]
["16a","Articulated","6 axle rig",1,"< 42.5",160000,"NTC, 2020, Operator cost model","2023-09-08"]
["16b","Articulated","6 axle rig",1,"< 42.5",200000,"NTC, 2020, Operator cost model","2023-09-08"]
["16c","Articulated","6 axle rig",1,"< 42.5",240000,"NTC, 2020, Operator cost model","2023-09-08"]
["17a","B-double","< 9 axle rig",2,"< 59",160000,"NTC, 2020, Operator cost model","2023-09-08"]
["17b","B-double","< 9 axle rig",2,"< 59",200000,"NTC, 2020, Operator cost model","2023-09-08"]
["17c","B-double","< 9 axle rig",2,"< 59",240000,"NTC, 2020, Operator cost model","2023-09-08"]
["18a","B-double","9 axle rig",2,"< 62.5",200000,"NTC, 2020, Operator cost model","2023-09-08"]
["18b","B-double","9 axle rig",2,"< 62.5",250000,"NTC, 2020, Operator cost model","2023-09-08"]
["18c","B-double","9 axle rig",2,"< 62.5",300000,"NTC, 2020, Operator cost model","2023-09-08"]
[19,"B-triple","12 axle rig",3,"< 82.5",250000,"NTC, 2020, Operator cost model","2023-09-08"]
[20,"Road train","Type 1 (Double)",2,"< 82.5",250000,"NTC, 2020, Operator cost model","2023-09-08"]
[21,"Road train","Type 2 (Triple)","3+","< 116.5",275000,"NTC, 2020, Operator cost model","2023-09-08"]
[22,"Other","7+ axle rig","1+","< 116.5",275000,"NTC, 2020, Operator cost model","2023-09-08"]

{"sheet":"Commodity costs ~ source data","index":4,"n_rows":152,"n_cols":13,"rows_kept":152,"cut":false,"hidden":true,"merged":[]}
[]
["Commodity Type","Industry","Sector","Annual trailers","Annual tonnes","Avg payload (t)","Avg trip distance (km)","Avg trip duration (hrs)","Avg speed (km/h)","Cost per payload tonne ($)","Cost per tonne km ($)","Data source","Last updated"]
["Alcohol Beverage","Alcohol Beverage","General",249637.44,4992744.5,20,84.1,0.95,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.526315789473685},28.26,0.19400000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Almonds","Nuts","Horticulture",5303.6469999999999,95465.96,18,414.6,4.53,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.523178807947019},128.36000000000001,0.20200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Apples","Fruit","Horticulture",16225.263000000001,324505.84000000003,20,396.5,5.61,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":70.677361853832437},141.4,0.20300000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Apricots","Fruit","Horticulture",603.53499999999997,9053.0239999999994,15,651.1,8.24,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":79.016990291262132},289.89,0.25900000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Asphalt","Construction","Construction",249844.69,5496500,22,71.3,0.81,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.024691358024683},21.65,0.17499999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Avocados","Fruit","Horticulture",6092.96,91394.26,15,468.8,5.31,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.286252354048969},225.82,0.25,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Bananas","Fruit","Horticulture",17911.875,358238.06,20,1333.9,14.68,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.865122615803827},479.68,0.183,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Barramundi","Seafood","Processed Food",2283.3339999999998,27400.002,12,1991.4,20.98,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":94.918970448045755},1173.45,0.30299999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Beer","Alcohol Beverage","General",111582.32,2231646,20,379.4,4.6500000000000004,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":81.591397849462354},110.53,0.17899999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Beverage","Alcohol Beverage","General",403472.06,8876318,22,116.4,1.44,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.833333333333343},34.69,0.16800000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Bitumen","Construction","Construction",18659.080000000002,410500,22,215.4,2.37,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.886075949367083},62.6,0.151,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Blueberries","Fruit","Horticulture",675.24,6752.4030000000002,10,642.5,8.48,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":75.766509433962256},473.25,0.39200000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Bottles","Beverage","General",185123.77,1480990.1,8,196.6,2.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":79.918699186991873},162.72,0.45700000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Box Beef","Meat","Processed Food",142108.95000000001,2557959.7999999998,18,180.6,2.1800000000000002,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":82.844036697247702},63.54,0.219,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Box Chicken","Meat","Processed Food",62761.811999999998,1129713.6000000001,18,108.3,1.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":74.178082191780817},42.2,0.23799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Box Lamb","Meat","Processed Food",59738.34,1075292,18,237.9,2.69,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.438661710037181},84.6,0.21099999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Box Pigs","Meat","Processed Food",27968.203000000001,503427.53,18,325.7,3.76,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":86.622340425531917},103.55,0.214,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Box Rice","Other Food","Processed Food",23912.945,526085.19999999995,22,441.8,5.05,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.485148514851488},125.01,0.16900000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Bread","Other Food","Processed Food",84516.33,549357.4,6.5,240.9,2.97,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":81.111111111111114},234.49,0.55000000000000004,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Broccoli","Vegetables","Horticulture",4315.4870000000001,64732.483999999997,15,336.8,3.85,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.480519480519476},146.51,0.252,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Buffalo","Livestock","Livestock",494.87200000000001,9897.357,20,446.3,8.6199999999999992,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":51.774941995359633},113.55,0.182,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Building Material","Household General","Construction",197994.39,3959888.2,20,114.2,1.26,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.634920634920633},36.94,0.191,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Can Fruit","Fruit","Horticulture",2606.6930000000002,46920.476999999999,18,334.1,3.83,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.232375979112277},116.09,0.19,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Capsicums","Vegetables","Horticulture",5639.1379999999999,67669.679999999993,12,939.5,10.75,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.395348837209298},417.8,0.313,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Carrots","Vegetables","Horticulture",10634.072,233949.28,22,389.4,5.64,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":69.042553191489361},114.67,0.189,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cars","Vehicles","Vehicles",298716.78000000003,1792299.4,6,355.2,4.26,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":83.380281690140848},364.39,0.63700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cattle Large","Livestock","Livestock",231383.23,5089800,22,221.5,2.59,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.521235521235525},61.92,0.159,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cattle Small","Livestock","Livestock",293429.94,5868598,20,227.5,2.68,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.888059701492537},63.66,0.16600000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cauliflowers","Vegetables","Horticulture",5628.6459999999997,73172.56,13,406.4,5.44,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":74.705882352941174},206.85,0.307,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cement","Construction","Construction",342318.97,7531000,22,295.89999999999998,3.29,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.939209726443764},79.92,0.161,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cheese","Dairy Product","Processed Food",21671.548999999999,411759.62,19,266.3,4.8099999999999996,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":55.36382536382537},104.91,0.24,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cherries","Fruit","Horticulture",1636.143,16361.433999999999,10,616.29999999999995,10.11,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":60.959446092977252},467.14,0.42499999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Chicken","Meat","Livestock",126495.43,1644427,13,39.4,0.48,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":82.083333333333329},23.91,0.36399999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Clothes","Household General","General",86181.66,861816.8,10,102.4,1.1499999999999999,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.043478260869577},62.79,0.373,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Concrete","Construction","Construction",4739986,85320550,18,26.4,0.37,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":71.351351351351354},12.8,0.27400000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Copper","Minerals","Mining",55843.703000000001,1507780,27,113.8,1.43,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":79.580419580419587},29.26,0.122,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cotton","Fibre","Cropping",206595.48,2582443,12.5,116.6,1.26,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":92.539682539682531},44.23,0.27200000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cottonfibre","Fibre","Cropping",43336.203000000001,1040068.9,24,201.4,2.2000000000000002,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.545454545454547},47.18,0.14399999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cottonseed","Fibre","Cropping",17426.594000000001,278825.5,16,190.2,2.09,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.004784688995215},69.900000000000006,0.218,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Cream Butter","Dairy Product","Processed Food",6534.0119999999997,130680.05499999999,20,259.89999999999998,3.21,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.965732087227408},82.4,0.19700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Dairy Product","Dairy Product","Processed Food",139093.01999999999,2642752,19,90.2,1.06,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.094339622641513},34.229999999999997,0.218,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Diesel Fuel","Fuel","Fuel",806021,20150566,25,150.4,1.67,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.059880239520965},37.99,0.13800000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Eggs","Processed Food","Processed Food",28350.107,340201.47,12,341.7,4.0199999999999996,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85},198.81,0.31900000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Essential Oils","Other Retail Essentials","General",158.95400000000001,1271.6310000000001,8,187.3,2.3199999999999998,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.732758620689665},141.29,0.45800000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Export Logs","Wood Product","Wood Product",109342.61,2733631.8,25,326.8,3.66,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.289617486338798},89.7,0.14799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Fertilizer","Chemicals","Mining",125892.75,3021093.2,24,224.6,2.48,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.564516129032256},51.12,0.14699999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Fish","Seafood","Processed Food",16594.004000000001,165940.03,10,317.5,3.83,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":82.898172323759795},221.79,0.38700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Fishfeed","Grains","Cropping",9214.3340000000007,184286.67,20,574.70000000000005,6.31,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.077654516640266},193.14,0.151,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Flour","Other Food","Cropping",28721.059000000001,574420.6,20,181.5,2.35,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77.234042553191486},57.06,0.186,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Footwear","Household General","General",24896.213,124481.07,5,157.9,1.72,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.802325581395351},174.21,0.73599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Frozen Chips","Vegetables","Horticulture",35098.855000000003,596680.56000000006,17,602.5,16.559999999999999,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":36.382850241545896},311.20999999999998,0.32700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Fruit","Fruit","Horticulture",109535.14,1862100.8,17,89.9,1.05,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.61904761904762},38.159999999999997,0.24299999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Fruit Juice","Fruit","Horticulture",1409.357,25368.425999999999,18,450.6,5.22,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":86.321839080459782},187.13,0.21,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Furniture","Household General","General",206446.72,2683807.2000000002,13,264.7,2.84,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":93.204225352112672},108.08,0.26700000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Goats","Livestock","Livestock",57480,574800,10,149.5,2.0299999999999998,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":73.645320197044342},95.63,0.38300000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Barley","Grains","Cropping",498238.84,13797200,25,114.1,1.31,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.099236641221367},24.3,0.13200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Beans","Grains","Cropping",2185.4879999999998,37044.019999999997,15,113.4,1.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77.671232876712338},44.05,0.221,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Canola","Grains","Cropping",105274.93,2913090,25,115.4,1.3,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.769230769230774},24.16,0.13600000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Chickpeas","Grains","Cropping",17555.5,430602.34,22,152.4,1.65,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":92.363636363636374},26.87,0.13700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Durum","Grains","Cropping",19389.976999999999,482035.25,22,131.69999999999999,1.45,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.827586206896541},25.73,0.14000000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Fababeans","Grains","Cropping",983.85400000000004,22235.11,20,142.30000000000001,1.53,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":93.006535947712422},26.91,0.14599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Lentils","Grains","Cropping",1333.5060000000001,37671.555,25,100.5,1.1399999999999999,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.15789473684211},22.24,0.127,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Maize","Grains","Cropping",350.28300000000002,7916.3909999999996,20,59.2,0.67,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.358208955223873},19.98,0.18,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Oats","Grains","Cropping",52509.406000000003,1008708.56,17,80.5,0.85,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":94.705882352941174},26.13,0.19,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Peas","Grains","Cropping",3177.3969999999999,71809.17,20,105.4,1.2,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.833333333333343},29.99,0.157,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Sorghum","Grains","Cropping",15917.356,390620.2,22,115.6,1.26,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.746031746031747},25.42,0.14399999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grain Wheat","Grains","Cropping",1341737.8,37323028,25,110.1,1.24,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.790322580645153},22.72,0.13100000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grains","Grains","Cropping",987026.3,24678842,25,111,1.31,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.732824427480907},26.64,0.14799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grapefruits","Fruit","Horticulture",552.18899999999996,11043.746999999999,20,454.3,5.15,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.213592233009706},151.08000000000001,0.187,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grapes","Fruit","Horticulture",11180.460999999999,167706.23000000001,15,492.1,5.34,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":92.153558052434462},170.36,0.247,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Grapes Wine","Viticulture","Horticulture",70692.14,1413836.5,20,52.9,0.59,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.66101694915254},19.39,0.215,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Gravel","Construction","Construction",1992320,49808000,25,36.299999999999997,0.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":78.91304347826086},11.85,0.189,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Hard Timber","Wood Product","Wood Product",56295.688000000002,1125918.1000000001,20,202.7,2.2200000000000002,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.306306306306297},66.239999999999995,0.18099999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Harvested Hardwood","Wood Product","Wood Product",86920.585999999996,2173000.5,25,144.1,1.85,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77.891891891891888},38.81,0.159,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Harvested Softwood","Wood Product","Wood Product",481452.38,9628992,20,193.5,3.11,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":62.218649517684888},69.34,0.214,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Hay","Grains","Cropping",170025.94,4300397,23,106,1.19,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.075630252100851},26.32,0.14799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Hides Skins","Livestock","Livestock",21115.053,443416.06,21,144.9,1.63,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.895705521472408},38.97,0.18,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Home Appliance","Household General","General",148366.12,1928759.6,13,202.7,2.1800000000000002,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":92.981651376146772},86.33,0.27600000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Household General","Household General","General",1209795.5,15727488,13,236.9,2.85,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":83.122807017543863},114.51,0.27900000000000003,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Household Waste","Waste","Waste",1930170.9,19292218,10,17.399999999999999,0.24,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":72.5},14.24,0.81699999999999995,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Iron Ore","Iron Ore","Mining",442592.6,11950000,27,194.4,2.02,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":96.237623762376245},43.01,0.126,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Lead","Minerals","Mining",20874.074000000001,563600,27,162.19999999999999,2.35,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":69.021276595744666},23.37,0.13200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Lemons","Fruit","Horticulture",2490.694,49813.82,20,390.7,4.47,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.40492170022371},138.30000000000001,0.19,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Lettuces","Vegetables","Horticulture",9842.3539999999994,127950.5,13,408.6,4.67,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":87.494646680942196},210.11,0.28899999999999998,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Limes","Fruit","Horticulture",697.78700000000003,10466.797,15,831.2,9.1999999999999993,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.34782608695653},401.02,0.247,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Liquor","Alcohol Beverage","General",60951.214999999997,1219024.3999999999,20,133,1.65,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.606060606060609},46.52,0.20100000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Lpg","Fuel","Fuel",78653.69,1179771.5,15,159.69999999999999,1.77,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.225988700564969},68.39,0.245,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Macadamias","Nuts","Horticulture",2623.5410000000002,47223.758000000002,18,414.7,4.67,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.800856531049249},164.78,0.20699999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Malt","Grains","Cropping",19728.455000000002,394569.1,20,37.700000000000003,0.89,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":42.359550561797754},16.13,0.32300000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Mandarins","Fruit","Horticulture",7073.1279999999997,141461.97,20,405.4,4.5199999999999996,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.690265486725664},137.1,0.188,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Mangoes","Fruit","Horticulture",4340.9279999999999,65113.754000000001,15,1822.9,19.45,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":93.722365038560426},716.59,0.24399999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Meat","Meat","Processed Food",163012.64000000001,2934225,18,72.900000000000006,0.87,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":83.793103448275872},29.81,0.23699999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Melons","Fruit","Horticulture",12144.388000000001,242887.86,20,846.1,9.23,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.668472372697721},261.98,0.184,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Milk","Dairy Product","Processed Food",123723.25,2598186.7999999998,21,273.7,3.39,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.73746312684365},79.209999999999994,0.188,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Milk Powder","Dairy Product","Processed Food",11356.105,170341.61,15,198.1,2.75,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":72.036363636363632},91.96,0.27400000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Milk Raw","Dairy Product","Processed Food",375476.78,9387360,25,110.9,1.31,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.656488549618317},29.76,0.157,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Mineral Sands","Minerals","Mining",47800.004000000001,1195000,25,100.3,1.1100000000000001,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.360360360360346},25.99,0.13700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Molasses","Sugar","Cropping",21425.383000000002,471358.4,22,38.4,0.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":83.478260869565204},15.13,0.20599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Mushrooms","Vegetables","Horticulture",5972.5569999999998,59725.59,10,471.1,5.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":86.282051282051285},303.17,0.38,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Nectarines","Fruit","Horticulture",2112.8069999999998,31692.127,15,551.1,6.15,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.609756097560975},211.76,0.249,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Nickel","Minerals","Mining",11474.073,309800,27,176.9,1.99,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.894472361809051},39.24,0.114,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Nuts","Nuts","Horticulture",3731.9050000000002,67174.91,18,88.4,1.04,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85},34.950000000000003,0.22600000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Olives","Fruit","Horticulture",4461.6980000000003,80310.600000000006,18,513.5,5.76,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.149305555555557},167.56,0.20499999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Onions","Vegetables","Horticulture",12558.611999999999,251172,20,463.3,7.96,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":58.2035175879397},168.43,0.217,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Oranges","Fruit","Horticulture",20936.771000000001,418736.25,20,397.3,4.41,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.090702947845799},129.91999999999999,0.187,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Other Food","Other Food","Other Food",79219.490000000005,1188295.1000000001,15,82.3,1.01,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":81.485148514851488},38.56,0.157,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Other Retail Ess","General","General",2824.1039999999998,42365.707000000002,15,98.7,1.23,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.243902439024396},45.44,0.25700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Paper Product","Household General","General",143955.88,2159337.5,15,178.4,1.93,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":92.435233160621763},72.09,0.23200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Peaches","Fruit","Horticulture",5152.277,77284.016000000003,15,491.6,5.53,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.896925858951178},203.53,0.25,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pears","Fruit","Horticulture",6275.1589999999997,94127.4,15,496.4,5.53,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.764918625678106},218.01,0.249,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pet Food","Processed Food","Processed Food",19350.072,348301.16,18,377.9,4.43,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.304740406320548},118.96,0.19700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pigs","Meat","Livestock",31624,569232,18,261.8,2.79,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":93.835125448028677},83.12,0.20599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pineapples","Fruit","Horticulture",3741.2379999999998,78565.95,21,399.8,4.46,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.641255605381176},139.37,0.17799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Plasterboard","Construction","Construction",3686.5120000000002,81103.266000000003,22,73.3,0.83,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.313253012048193},26.17,0.18,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Plasticware","Household General","General",208093.95,2705220.5,13,158.69999999999999,1.74,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.206896551724128},82.08,0.28000000000000003,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Plums","Fruit","Horticulture",1252.8779999999999,18793.18,15,491.3,5.45,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.146788990825684},214.42,0.248,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Plywood","Wood Product","Wood Product",7720,193000,25,434.2,8.89,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":48.841394825646788},128.55000000000001,0.186,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Potato Chips","Other Food","Other Food",12688.387000000001,76130.320000000007,6,560.4,6.18,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.679611650485441},475.29,0.56799999999999995,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Potatoes","Vegetables","Horticulture",66310.335999999996,1392518.6,21,425.4,8.07,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":52.713754646840144},151.32,0.22,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Prawn","Seafood","Processed Food",7006.0020000000004,70060.039999999994,10,228,2.81,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":81.138790035587192},168.65,0.39200000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Processed Food","Processed Food","Processed Food",47147.832000000002,660069,14,90.2,1.06,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.094339622641513},46.45,0.29599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pulp","Wood Product","Wood Product",90116.64,1982566.3999999999,22,281.89999999999998,5.55,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":50.792792792792788},93.42,0.21299999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Pumpkins","Vegetables","Horticulture",5158.0749999999998,108319.69500000001,21,687.4,7.59,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.566534914361},212.79,0.17599999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Rice","Other Food","Cropping",98918.720000000001,2176200,22,52.6,0.59,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.152542372881356},16.079999999999998,0.17699999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Rock","Construction","Construction",583714.30000000005,12841500,22,44.6,0.6,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":74.333333333333343},15.53,0.20100000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Salmon","Seafood","Processed Food",6275.0010000000002,75300.016000000003,12,1107.5999999999999,28.71,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":38.578892371995813},791.5,0.44500000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Sand","Construction","Construction",992197.56,21828000,22,30.8,0.4,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77},11.66,0.22700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Seafood","Seafood","Processed Food",28201.616999999998,338420.84,12,90.2,1.06,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.094339622641513},54.2,0.34499999999999997,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Sheep","Livestock","Livestock",224603.86,2246038.2000000002,10,142.5,1.76,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":80.965909090909093},85.35,0.373,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Sheep Goat","Meat","Livestock",21990,219900,10,83.7,0.91,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.978021978021971},51.12,0.37,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Soft Timber","Wood Product","Wood Product",95487.06,1909735.8,20,150,1.94,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77.319587628865975},50.54,0.19700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Softdrink","Beverage","General",126334.51,2779359.8,22,249.5,2.96,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.290540540540547},62.33,0.16400000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Strawberries","Fruit","Horticulture",7068.1450000000004,70681.34,10,439.7,5.37,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":81.880819366852876},322.81,0.38200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Sugar","Other Food","Cropping",136354.75,3136158.8,23,117.8,1.32,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.242424242424235},35.32,0.16500000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Sugarcane","Sugar","Cropping",197573.31,5334467.5,27,22.2,0.27,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":82.222222222222214},6.89,0.217,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Timber","Wood Product","Wood Product",169012.48000000001,3380249.5,20,112.8,1.33,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.812030075187963},37.369999999999997,0.193,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Tissue Product","Tissue Product","Wood Product",41393.910000000003,248362.08,6,81.2,0.97,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":83.711340206185568},94.4,0.63800000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Tissues","Tissue Product","Wood Product",64486.47,386918.8,6,410.1,4.57,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":89.737417943107218},365.36,0.56999999999999995,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Tobacco","Other Retail Essentials","General",2777.6280000000002,22221.023000000001,8,286,3.37,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.866468842729972},220.83,0.44700000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Tomatoes","Vegetables","Horticulture",33021.472999999998,495322.34,15,597.1,6.77,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":88.197932053175791},263.39,0.25,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Unleaded Fuel","Fuel","Fuel",1144924.5,28623210,25,137.4,1.52,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90.39473684210526},33.65,0.14799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Vegetables","Vegetables","Horticulture",175546.5,2633207.5,15,90,1.06,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":84.905660377358487},43.29,0.27600000000000002,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Vitamins","Other Retail Essentials","General",1904.2449999999999,19042.445,10,340.2,3.94,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":86.345177664974614},199.33,0.35699999999999998,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Wine","Alcohol Beverage","General",82120.44,1642407.5,20,433.2,4.72,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.779661016949149},123.94,0.16800000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Wine Bulk","Alcohol Beverage","General",10593.034,254232.8,24,166.3,1.81,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":91.878453038674039},37.36,0.152,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Wood Chips","Wood Product","Wood Product",635990.5,11448109,18,118.1,1.38,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":85.579710144927532},46.07,0.215,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Woodpanel","Wood Product","Wood Product",45800,1145000,25,306.8,3.26,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":94.110429447852766},72.72,0.14099999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Wool","Fibre","Livestock",32879.5,657590,20,178.2,1.98,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":90},56.33,0.17799999999999999,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Yoghurt","Dairy Product","Processed Food",6366.3159999999998,127326.38,20,360.7,4.8899999999999997,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":73.762781186094074},114.19,0.20200000000000001,"https://benchmark.transit.csiro.au/","2023-09-08"]
["Zinc","Minerals","Mining",64977.773000000001,1754400,27,224,2.9,{"$f":"Commodity[[#This Row],[Avg trip distance (km)]]/Commodity[[#This Row],[Avg trip duration (hrs)]]","v":77.241379310344826},32.270000000000003,0.12,"https://benchmark.transit.csiro.au/","2023-09-08"]

{"sheet":"Safety & sustain. ~ source data","index":5,"n_rows":17,"n_cols":5,"rows_kept":17,"cut":false,"hidden":true,"merged":[]}
[]
["Safety data","Value","Source","Last Updated"]
["Crash rate (Fatal) per 1 million km",9.1000000000000004E-3,"Frontier Economics, 2022, National Heavy Vehicle Driver Competency Framework Consultation RIS, Austroads","2023-09-08"]
["Crash rate (Hospitalised) per 1 million km",8.7800000000000003E-2,"Frontier Economics, 2022, National Heavy Vehicle Driver Competency Framework Consultation RIS, Austroads","2023-09-08"]
["Crash rate (Non-hospitalised injury) per 1 million km",0.12089999999999999,"Frontier Economics, 2022, National Heavy Vehicle Driver Competency Framework Consultation RIS, Austroads","2023-09-08"]
["Crash rate (Property damage only) per 1 million km",0.70550000000000002,"Frontier Economics, 2022, National Heavy Vehicle Driver Competency Framework Consultation RIS, Austroads","2023-09-08"]
["Crash rate for PBS (Rigid Trucks) compared with Prescriptive Rigid Trucks",{"$f":"8.8/16.7","v":0.52694610778443118},"Review of Major Crash Rates for Australian Higher Productivity Vehicles: 2015-2019","2023-09-08"]
["Crash rate for PBS (Articulated Trucks) compared with Prescriptive Articulated Trucks",{"$f":"5.4/17.6","v":0.30681818181818182},"Review of Major Crash Rates for Australian Higher Productivity Vehicles: 2015-2019","2023-09-08"]
[]
["Air pollution data","Value","Base year","Source","Last Updated"]
["Diesel (L) to CO2 (kg) Conversion Rates",2.6711999999999998,null,"ATAP Road Parameter Values - August 2016","2023-09-08"]
["Freight transport air pollution cost (rural) ($/km)",6.9899999999999997E-3,2020,"ATAP Environmental Parameter Values - August 2021","2023-09-08"]
[]
["Sustainability and amenity data","Value","Base year","Source","Last Updated"]
["Freight transport noise cost (rural) ($/km)",4.4000000000000002E-4,2020,"ATAP Environmental Parameter Values - August 2021","2023-09-08"]
["Freight transport soil and water cost (rural) ($/km)",1.0829999999999999E-2,2020,"ATAP Environmental Parameter Values - August 2021","2023-09-08"]
["Freight transport bodiversity cost (rural) ($/km)",3.15E-2,2020,"ATAP Environmental Parameter Values - August 2021","2023-09-08"]

{"sheet":"Fuel consumption ~ source data","index":6,"n_rows":249,"n_cols":10,"rows_kept":249,"cut":false,"hidden":true,"merged":[]}
[]
[null,null,null,null,null,null,"Fuel consumption","Value","Source","Last updated"]
[null,null,null,null,null,null,"IRI road roughness index ",2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow","2023-09-08"]
[null,null,null,null,null,null,"Rise and fall of road",0,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow","2023-09-08"]
[null,null,null,null,null,null,"Curvature of road (degrees per km)",20,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow","2023-09-08"]
[]
[]
[]
[null,"ATAP vehicle","Base fuel consumption (L/100km)","K1","K2","K3","K4","K5","Source","Last updated"]
[null,"Light Rigid",8.0859939999999995,0.23907100000000001,13.9732,1.16E-4,1.2784999999999999E-2,9.9828E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Medium Rigid",12.458589999999999,0.36312,9.564724,9.9699999999999998E-5,1.4855999999999999E-2,4.8676999999999998E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Heavy Rigid",23.22869,0.24373500000000001,14.52463,9.9500000000000006E-5,1.2912E-2,1.9900999999999999E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Artic 4 Axle",27.247119999999999,0.160111,12.59432,1.16E-4,1.9467000000000002E-2,2.1968999999999999E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Artic 5 Axle",30.449639999999999,0.26554699999999998,11.51051,1.03E-4,1.7613E-2,1.4919E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Artic 6 Axle",33.79927,0.30325600000000003,10.38151,9.3399999999999993E-5,1.7999000000000001E-2,1.3406E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Rigid + 5 Axle Dog",38.14329,0.30238399999999999,9.0666620000000009,8.5799999999999998E-5,2.2069999999999999E-2,1.1962E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"B-Double",41.481789999999997,0.32033,8.3235989999999997,7.9599999999999997E-5,2.2113000000000001E-2,1.0988E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Twin steer + 5 Axle Dog",40.983319999999999,0.32160899999999998,8.4415899999999997,8.0099999999999995E-5,2.2176000000000001E-2,1.1101E-2,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"A-Double",47.751040000000003,0.30099300000000001,7.1018499999999998,7.1699999999999995E-5,2.4566999999999999E-2,9.6089999999999995E-3,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"B Triple",50.314070000000001,0.30429,6.7039949999999999,6.8899999999999994E-5,2.4871000000000001E-2,9.1319999999999995E-3,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"A B Combination",54.292319999999997,0.28753600000000001,6.0893899999999999,6.6400000000000001E-5,2.7661999999999999E-2,8.5290000000000001E-3,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"A-Triple",58.665950000000002,0.27657999999999999,5.5474810000000003,6.3899999999999995E-5,2.9925E-2,7.9399999999999991E-3,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[null,"Double B-Double",61.239170000000001,0.28002700000000003,5.2831650000000003,6.2000000000000003E-5,2.9966E-2,7.613E-3,"ATAP Road Parameter Values - Structure and coefficients for uninterrupted fuel consumption model","2023-09-08"]
[]
[]
["Unique ID","ATAP Vehicle Equivalent","Base fuel consumption (litres per 100km)","K1","K2","K3","K4","K5","Source","Last update"]
[{"$f":"'Vehicle descriptions'!$B7","v":"3-axle truck and 3-axle dog trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B8","v":"3-axle truck and 3-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B9","v":"3-axle truck and 3-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B10","v":"3-axle truck and 3-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B11","v":"3-axle truck and 4-axle dog trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B12","v":"3-axle truck and 4-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B13","v":"3-axle truck and 4-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B14","v":"3-axle truck and 4-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B15","v":"3-axle truck and 5-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B16","v":"3-axle truck and 5-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B17","v":"3-axle truck and 5-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B18","v":"3-axle truck and 6-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B19","v":"3-axle truck and 6-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B20","v":"3-axle truck and 6-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B21","v":"4-axle truck and 3-axle dog trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B22","v":"4-axle truck and 3-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B23","v":"4-axle truck and 3-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B24","v":"4-axle truck and 3-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B25","v":"4-axle truck and 4-axle dog trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B26","v":"4-axle truck and 4-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B27","v":"4-axle truck and 4-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B28","v":"4-axle truck and 4-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B29","v":"4-axle truck and 5-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B30","v":"4-axle truck and 5-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B31","v":"4-axle truck and 5-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B32","v":"4-axle truck and 6-axle dog trailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B33","v":"4-axle truck and 6-axle dog trailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B34","v":"4-axle truck and 6-axle dog trailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B35","v":"2-axle prime mover and 2-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B36","v":"2-axle prime mover and 2-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B37","v":"2-axle prime mover and 2-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B38","v":"3-axle prime mover and 2-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B39","v":"3-axle prime mover and 2-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B40","v":"3-axle prime mover and 2-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B41","v":"3-axle prime mover and 3-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B42","v":"3-axle prime mover and 3-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B43","v":"3-axle prime mover and 3-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B44","v":"4-axle prime mover and 3-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B45","v":"4-axle prime mover and 3-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B46","v":"4-axle prime mover and 3-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B47","v":"3-axle prime mover and quad-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B48","v":"3-axle prime mover and quad-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B49","v":"3-axle prime mover and quad-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B50","v":"4-axle prime mover and quad-axle semitrailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B51","v":"4-axle prime mover and quad-axle semitrailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B52","v":"4-axle prime mover and quad-axle semitrailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B53","v":"4-axle prime mover and quad-axle semitrailer (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B54","v":"4-axle prime mover and quad-axle semitrailer (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B55","v":"4-axle prime mover and quad-axle semitrailer (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B56","v":"Prime mover and semitrailer with 2 axle groups (2-1) (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B57","v":"Prime mover and semitrailer with 2 axle groups (2-1) (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B58","v":"Prime mover and semitrailer with 2 axle groups (2-1) (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B59","v":"Prime mover and semitrailer with 2 axle groups (1-3) (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B60","v":"Prime mover and semitrailer with 2 axle groups (1-3) (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B62","v":"3-axle prime mover B-double (2-2) (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B63","v":"3-axle prime mover B-double (2-2) (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B64","v":"3-axle prime mover B-double (2-2) (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B66","v":"3-axle prime mover B-double (2-2) (GML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B67","v":"3-axle prime mover B-double (2-2) (CML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B68","v":"3-axle prime mover B-double (2-2) (HML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B69","v":"3-axle prime mover B-double (3-2) (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B70","v":"3-axle prime mover B-double (3-2) (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B71","v":"3-axle prime mover B-double (3-2) (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B102","v":"3-axle prime mover A-double (3-3-3) (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B103","v":"3-axle prime mover A-double (3-3-3) (GML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B107","v":"A-triple (3-3-3-3-3) (CML): PBS, 4"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B108","v":"A-triple (3-3-3-3-3) (HML): PBS, 4"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B109","v":"B-triple (3-3-3) (GML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B110","v":"B-triple (3-3-3) (CML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B111","v":"B-triple (3-3-3) (HML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B112","v":"AB-triple (3-3-3-3) (GML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B113","v":"AB-triple (3-3-3-3) (CML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B114","v":"AB-triple (3-3-3-3) (HML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B115","v":"BA-triple (3-3-3-3) (GML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B116","v":"BA-triple (3-3-3-3) (CML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B117","v":"BA-triple (3-3-3-3) (HML): PBS, 3"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B118","v":"AB-double (1-2-1) (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B119","v":"AB-double (1-2-1) (GML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B120","v":"AB-double (1-2-1) (CML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B121","v":"AB-double (1-2-1) (HML): PBS, 2"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B122","v":"3-axle truck and 2-axle pig trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B123","v":"3-axle truck and 2-axle pig trailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B124","v":"3-axle truck and 2-axle pig trailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B125","v":"4-axle truck and 2-axle pig trailer (GML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B126","v":"4-axle truck and 2-axle pig trailer (CML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B127","v":"4-axle truck and 2-axle pig trailer (HML): PBS, 1"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B128","v":"2-Axle Rigid (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Medium Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":12.458589999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.36312},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.564724},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9699999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.4855999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":4.8676999999999998E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B129","v":"3-Axle Rigid (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B130","v":"3-Axle Rigid (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B131","v":"4-Axle Rigid (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B132","v":"4-Axle Rigid (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B133","v":"4-Axle Twinsteer Rigid Truck (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B134","v":"4-Axle Twinsteer Rigid Truck (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B135","v":"5-Axle Twinsteer Rigid Truck (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B136","v":"5-Axle Twinsteer Rigid Truck (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Heavy Rigid"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":23.22869},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.24373500000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":14.52463},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.9500000000000006E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.2912E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.9900999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B137","v":"3-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B138","v":"4-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B139","v":"4-Axle Semitrailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B140","v":"4-Axle Semitrailer (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B141","v":"5-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B142","v":"5-Axle Semitrailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B143","v":"5-Axle Semitrailer (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B144","v":"5-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B145","v":"5-Axle Semitrailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B146","v":"5-Axle Semitrailer (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B147","v":"6-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B148","v":"6-Axle Semitrailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B149","v":"6-Axle Semitrailer (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B150","v":"2-Axle Truck and 2-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B151","v":"2-Axle Truck and 2-Axle Pig Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 4 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":27.247119999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.160111},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":12.59432},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.16E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.9467000000000002E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":2.1968999999999999E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B152","v":"3-Axle Truck and 2-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B153","v":"3-Axle Truck and 2-Axle Dog Trailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B154","v":"3-Axle Truck and 2-Axle Pig Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 5 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":30.449639999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.26554699999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":11.51051},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":1.03E-4},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7613E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.4919E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B155","v":"3-Axle Truck and 3-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B156","v":"3-Axle Truck and 3-Axle Dog Trailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B157","v":"3-Axle Truck and 3-Axle Pig Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Artic 6 Axle"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":33.79927},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30325600000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":10.38151},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":9.3399999999999993E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":1.7999000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.3406E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B158","v":"3-Axle Truck and 4-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B159","v":"3-Axle Truck and 4-Axle Dog Trailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Rigid + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":38.14329},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30238399999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":9.0666620000000009},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.5799999999999998E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2069999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1962E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B160","v":"4-Axle Truck and 3-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B161","v":"4-Axle Truck and 3-Axle Dog Trailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B162","v":"4-Axle Truck and 4-Axle Dog Trailer (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B163","v":"4-Axle Truck and 4-Axle Dog Trailer (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Twin steer + 5 Axle Dog"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":40.983319999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32160899999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.4415899999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":8.0099999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2176000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.1101E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B164","v":"7-Axle B-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B165","v":"7-Axle B-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B166","v":"7-Axle B-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B167","v":"8-Axle B-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B168","v":"8-Axle B-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B169","v":"8-Axle B-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B170","v":"8-Axle B-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B171","v":"8-Axle B-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B172","v":"8-Axle B-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B173","v":"9-Axle B-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B174","v":"9-Axle B-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B175","v":"9-Axle B-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":41.481789999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.32033},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":8.3235989999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.9599999999999997E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.2113000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":1.0988E-2},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B176","v":"9-Axle A-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B177","v":"9-Axle A-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B178","v":"9-Axle A-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B179","v":"11-Axle A-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B180","v":"11-Axle A-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B181","v":"11-Axle A-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B182","v":"12-Axle A-Double (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B183","v":"12-Axle A-Double (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B184","v":"12-Axle A-Double (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":47.751040000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30099300000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":7.1018499999999998},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":7.1699999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4566999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.6089999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B185","v":"12-Axle Modular B-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B186","v":"12-Axle Modular B-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B187","v":"12-Axle Modular B-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B188","v":"12-Axle B-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B189","v":"12-Axle B-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B190","v":"12-Axle B-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"B Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":50.314070000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.30429},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.7039949999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.8899999999999994E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.4871000000000001E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":9.1319999999999995E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B191","v":"14-Axle AB-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B192","v":"14-Axle AB-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B193","v":"14-Axle AB-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B194","v":"15-Axle AB-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B195","v":"15-Axle AB-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B196","v":"15-Axle AB-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B197","v":"11-Axle Rigid Truck and 2 Dog Trailers (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B198","v":"11-Axle Rigid Truck and 2 Dog Trailers (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B199","v":"11-Axle Rigid Truck and 2 Dog Trailers (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B200","v":"16-Axle A-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B201","v":"16-Axle A-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B202","v":"16-Axle A-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B203","v":"18-Axle A-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B204","v":"18-Axle A-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B205","v":"18-Axle A-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B206","v":"15-Axle AB-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B207","v":"15-Axle AB-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B208","v":"15-Axle AB-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B209","v":"15-Axle AB-Triple (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B210","v":"15-Axle AB-Triple (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B211","v":"15-Axle AB-Triple (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A B Combination"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":54.292319999999997},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28753600000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":6.0893899999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.6400000000000001E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.7661999999999999E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":8.5290000000000001E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B212","v":"13-Axle Rigid Truck and 2 Dog Trailers (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B213","v":"13-Axle Rigid Truck and 2 Dog Trailers (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B214","v":"13-Axle Rigid Truck and 2 Dog Trailers (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B215","v":"13-Axle Rigid Truck and 2 Dog Trailers (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B216","v":"13-Axle Rigid Truck and 2 Dog Trailers (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B217","v":"13-Axle Rigid Truck and 2 Dog Trailers (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"A-Triple"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":58.665950000000002},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.27657999999999999},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.5474810000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.3899999999999995E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9925E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.9399999999999991E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B218","v":"17-Axle BAB-Quad (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B219","v":"17-Axle BAB-Quad (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B220","v":"17-Axle BAB-Quad (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B221","v":"18-Axle BAB-Quad (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B225","v":"17-Axle ABB-Quad (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
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[{"$f":"'Vehicle descriptions'!$B227","v":"18-Axle ABB-Quad (GML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B228","v":"18-Axle ABB-Quad (CML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]
[{"$f":"'Vehicle descriptions'!$B229","v":"18-Axle ABB-Quad (HML): Conventional, n/a"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[Unique ID]],Fleet_Data[Unique ID],Fleet_Data[ATAP Vehicle Equivalent])","v":"Double B-Double"},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[Base fuel consumption (L/100km)],\"\",0)","v":61.239170000000001},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K1],\"\",0)","v":0.28002700000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K2],\"\",0)","v":5.2831650000000003},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K3],\"\",0)","v":6.2000000000000003E-5},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K4],\"\",0)","v":2.9966E-2},{"$f":"_xlfn.XLOOKUP(VOC_Coefficients67[[#This Row],[ATAP Vehicle Equivalent]],Fuel_Consumption[ATAP vehicle],Fuel_Consumption[K5],\"\",0)","v":7.613E-3},"ATAP Road Parameter Values - Structure and coefficients for uninterrupted/free flow VOC model","2023-09-08"]

{"sheet":"Tare and mass ~ calcs.","index":7,"n_rows":226,"n_cols":23,"rows_kept":226,"cut":false,"hidden":true,"merged":[[0,18,0,22],[1,18,1,22],[1,0,1,5],[1,6,1,11],[1,12,1,17]]}
[]
["Vehicle Description",null,null,null,null,null,"Registration codes",null,null,null,null,null,"Registration code masses",null,null,null,null,null,"Mass"]
["Description","Mass Scheme","Fleet","PBS Level","Axles","Configuration Code","Code 1","Code 2","Code 3","Code 4","Code 5","Code 6","Code 1 mass","Code 2 mass","Code 3 mass","Code 4 mass","Code 5 mass","Code 6 mass","GCM (t) (100% load)","GCM (t) (75% load)","GCM (t) (50% load)","Tare (t)","Payload (t)"]
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["17-Axle ABB-Quad","CML","Conventional","n/a",17,"A123T2B333","MC3","TS3","TY2","TL3","TL3","TS3",{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 1]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":9.6794528101802815},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 2]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 3]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":3.0836630036630028},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 4]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 5]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 6]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},121,{"$f":"Tare[[#This Row],[Tare (t)]]+(0.75*Tare[[#This Row],[Payload (t)]])","v":101.71058405185767},{"$f":"Tare[[#This Row],[Tare (t)]]+(0.5*Tare[[#This Row],[Payload (t)]])","v":82.421168103715331},{"$f":"SUM(Tare[[#This Row],[Code 1 mass]:[Code 6 mass]])","v":43.842336207430677},{"$f":"Tare[[#This Row],[GCM (t) (100% load)]]-Tare[[#This Row],[Tare (t)]]","v":77.157663792569323}]
["17-Axle ABB-Quad","HML","Conventional","n/a",17,"A123T2B333","MC3","TS3","TY2","TL3","TL3","TS3",{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 1]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":9.6794528101802815},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 2]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 3]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":3.0836630036630028},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 4]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 5]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 6]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},130,{"$f":"Tare[[#This Row],[Tare (t)]]+(0.75*Tare[[#This Row],[Payload (t)]])","v":108.46058405185767},{"$f":"Tare[[#This Row],[Tare (t)]]+(0.5*Tare[[#This Row],[Payload (t)]])","v":86.921168103715331},{"$f":"SUM(Tare[[#This Row],[Code 1 mass]:[Code 6 mass]])","v":43.842336207430677},{"$f":"Tare[[#This Row],[GCM (t) (100% load)]]-Tare[[#This Row],[Tare (t)]]","v":86.157663792569323}]
["18-Axle ABB-Quad","GML","Conventional","n/a",18,"A123T3B333","MC3","TS3","TY3","TL3","TL3","TS3",{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 1]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":9.6794528101802815},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 2]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 3]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":4.1085000000000003},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 4]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 5]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 6]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},122.5,{"$f":"Tare[[#This Row],[Tare (t)]]+(0.75*Tare[[#This Row],[Payload (t)]])","v":103.09179330094192},{"$f":"Tare[[#This Row],[Tare (t)]]+(0.5*Tare[[#This Row],[Payload (t)]])","v":83.683586601883832},{"$f":"SUM(Tare[[#This Row],[Code 1 mass]:[Code 6 mass]])","v":44.867173203767663},{"$f":"Tare[[#This Row],[GCM (t) (100% load)]]-Tare[[#This Row],[Tare (t)]]","v":77.632826796232337}]
["18-Axle ABB-Quad","CML","Conventional","n/a",18,"A123T3B333","MC3","TS3","TY3","TL3","TL3","TS3",{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 1]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":9.6794528101802815},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 2]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 3]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":4.1085000000000003},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 4]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 5]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 6]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},124.5,{"$f":"Tare[[#This Row],[Tare (t)]]+(0.75*Tare[[#This Row],[Payload (t)]])","v":104.59179330094192},{"$f":"Tare[[#This Row],[Tare (t)]]+(0.5*Tare[[#This Row],[Payload (t)]])","v":84.683586601883832},{"$f":"SUM(Tare[[#This Row],[Code 1 mass]:[Code 6 mass]])","v":44.867173203767663},{"$f":"Tare[[#This Row],[GCM (t) (100% load)]]-Tare[[#This Row],[Tare (t)]]","v":79.632826796232337}]
["18-Axle ABB-Quad","HML","Conventional","n/a",18,"A123T3B333","MC3","TS3","TY3","TL3","TL3","TS3",{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 1]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":9.6794528101802815},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 2]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 3]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":4.1085000000000003},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 4]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 5]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":7.4667798960138621},{"$f":"_xlfn.XLOOKUP(Tare[[#This Row],[Code 6]],'Tare mass rego ~ source data'!$E$3:$E$65,'Tare mass rego ~ source data'!$F$3:$F$65,\"\",0)","v":8.072830300779831},135.5,{"$f":"Tare[[#This Row],[Tare (t)]]+(0.75*Tare[[#This Row],[Payload (t)]])","v":112.84179330094192},{"$f":"Tare[[#This Row],[Tare (t)]]+(0.5*Tare[[#This Row],[Payload (t)]])","v":90.183586601883832},{"$f":"SUM(Tare[[#This Row],[Code 1 mass]:[Code 6 mass]])","v":44.867173203767663},{"$f":"Tare[[#This Row],[GCM (t) (100% load)]]-Tare[[#This Row],[Tare (t)]]","v":90.632826796232337}]

{"sheet":"Tare mass rego ~ source data","index":8,"n_rows":65,"n_cols":6,"rows_kept":65,"cut":false,"hidden":true,"merged":[[14,0,17,0],[14,1,17,1],[2,1,5,1],[6,1,9,1],[2,0,5,0],[6,0,9,0],[10,0,13,0],[10,1,13,1],[18,0,25,0],[18,1,25,1],[26,0,29,0],[26,1,29,1],[30,0,33,0],[30,1,33,1],[34,0,40,0],[34,1,64,1],[41,0,46,0],[47,0,52,0],[53,0,58,0],[59,0,64,0]]}
[]
["Heading","Description","Mass (if applicable)","Number of axles","Charge code","Average tare mass (t) - July 2023"]
["Prime mover","A prime mover is a short combination prime mover designed to tow 1 semi-trailer. A semi-trailer is a trailer that:\n- has 1 axle group towards the rear\n- is attached to its towing vehicle\n- using a turntable or fifth wheel coupling\n- in a way that results in some of the load being imposed on the towing vehicle.\n\n",null,2,"SP2",6.6842619047619038]
[null,null,null,3,"SP3",9.9585891891891816]
[null,null,null,4,"SP4",19.998200000000001]
[null,null,null,5,"SP5",""]
["Prime mover road train",null,null,2,"MC2",6.3933333333333335]
[null,null,null,3,"MC3",9.6794528101802815]
[null,null,null,4,"MC4",15.233333333333334]
[null,null,null,5,"MC5",""]
["Truck road train","A truck road train is a long combination truck road train nominated that hauls 2 or more trailers—excluding dolly.",null,2,"LR2",""]
[null,null,null,3,"LR3",11.02]
[null,null,null,4,"LR4",""]
[null,null,null,5,"LR5",""]
["Prime mover B-double","A prime mover B-double is a prime mover hauling 2 semi-trailers where the second semi is a mounted B-double. Body shapes include a combination of prime mover and semi-trailers.",null,2,"MC2",6.3933333333333335]
[null,null,null,3,"MC3",9.6794528101802815]
[null,null,null,4,"MC4",15.233333333333334]
[null,null,null,5,"MC5",""]
["Rigid truck","A rigid truck means a rigid motor vehicle built mainly as a load carrying vehicle. A load carrying vehicle means a vehicle designed and built to carry goods in addition to any fuel, water, lubricants, tools and any other equipment or accessories necessary for the vehicle’s normal operation.","Up to 12t GVM",2,"1R2",5.2315314207650294]
[null,null,"Up to 16t GVM",3,"1R3",9.0142857142857142]
[null,null,"Up to 16t GVM",4,"1R4"]
[null,null,"Up to 16t GVM",5,"1R5",""]
[null,null,"Over 12t GVM",2,"2R2",8.1056004184100434]
[null,null,"Over 16.5tGCM",3,"2R3",10.613911231884057]
[null,null,"Over 20t GVM",4,"2R4",12.674458536585371]
[null,null,"Over 20t GVM",5,"2R5",12.311666666666667]
["Short combination truck tractor","A short combination truck designed to carry 1 trailer—excluding dolly. It has less than 7 axles and up to 42.5t total operating mass.",null,2,"SR2",6.7532978723404238]
[null,null,null,3,"SR3",11.168342105263157]
[null,null,null,4,"SR4",13.951000000000002]
[null,null,null,5,"SR5",""]
["Medium combination truck tractor","A medium combination truck designed to carry 1 trailer—excluding dolly. It has 7 axles or more, or more than 42.5t total operating mass.",null,2,"MR2",""]
[null,null,null,3,"MR3",10.561631578947368]
[null,null,null,4,"MR4",13.902730769230768]
[null,null,null,5,"MR5",""]
["Dog trailers with an aggregated trailer mass more than 4.5 tonne","The following rules apply for determining charge codes and registration costs:\n\n- 2 axles—less than 1m apart are counted as 1 axle\n- 3 axles—2m or less apart are counted as 2 axles\n- 4 axles—less than 3.2m apart are counted as 3 axles",null,1,"TD11",3.2983076923076924]
[null,null,null,2,"TD12",5.4696689655172381]
[null,null,null,3,"TD13",5.7949999999999999]
[null,null,null,4,"TD21",4.9800000000000004]
[null,null,null,5,"TD22",7.2374538461538496]
[null,null,null,6,"TD23",7.8180697674418624]
[null,null,null,null,"TD33",9.4018181818181823]
["Dolly trailers with an aggregated trailer mass more than 4.5 tonne",null,null,1,"TY1",2.6199999999999997]
[null,null,null,2,"TY2",3.0836630036630028]
[null,null,null,3,"TY3",4.1085000000000003]
[null,null,null,4,"TY4",""]
[null,null,null,5,"TY5",""]
[null,null,null,6,"TY6",""]
["Pig trailers with an aggregated trailer mass more than 4.5 tonne",null,null,1,"TP1",2.9387333333333325]
[null,null,null,2,"TP2",5.065555555555556]
[null,null,null,3,"TP3",6.97457142857143]
[null,null,null,4,"TP4",9.7833333333333332]
[null,null,null,5,"TP5",""]
[null,null,null,6,"TP6",""]
["B-double and B-trip lead or middle trailer with an aggregated trailer mass more than 4.5 tonne",null,null,1,"TL1",8.69]
[null,null,null,2,"TL2",6.0066901408450688]
[null,null,null,3,"TL3",7.4667798960138621]
[null,null,null,4,"TL4",8.4161249999999992]
[null,null,null,5,"TL5",""]
[null,null,null,6,"TL6",""]
["Semi trailer with an aggregated trailer mass more than 4.5 tonne",null,null,1,"TS1",3.6654166666666668]
[null,null,null,2,"TS2",8.0540742187499941]
[null,null,null,3,"TS3",8.072830300779831]
[null,null,null,4,"TS4",11.976843373493978]
[null,null,null,5,"TS5",15.651999999999999]
[null,null,null,6,"TS6",39.81]

{"sheet":"Scenario outputs","index":9,"n_rows":117,"n_cols":6,"rows_kept":117,"cut":false,"hidden":true,"merged":[[89,2,89,5],[96,2,96,5],[103,2,103,5],[110,2,110,5],[54,2,54,5],[61,2,61,5],[68,2,68,5],[75,2,75,5],[82,2,82,5],[19,2,19,5],[26,2,26,5],[33,2,33,5],[40,2,40,5],[47,2,47,5]]}
[]
[]
[null,"Scenario summary"]
[null,{"$f":"'Freight PASS'!C36","v":"Journey length (km) \n(single direction)"},{"$f":"'Freight PASS'!$F$36","v":100}]
[null,{"$f":"'Freight PASS'!C39","v":"Total load (t)"},{"$f":"'Freight PASS'!$F$39","v":1000}]
[null,{"$f":"'Freight PASS'!C42","v":"Average speed (km/h)"},{"$f":"'Freight PASS'!$F$42","v":80}]
[null,{"$f":"'Freight PASS'!C45","v":"Commodity"},{"$f":"'Freight PASS'!$F$45","v":"Apples"}]
[null,{"$f":"'Freight PASS'!C48","v":"Journey length where vehicle pollutants impacts biodiversity (km) \n(single direction)"},{"$f":"'Freight PASS'!$F$48","v":0}]
[null,{"$f":"'Freight PASS'!C51","v":"Journey length where vehicle run-off impacts water and/or soil quality (km) \n(single direction)"},{"$f":"'Freight PASS'!$F$51","v":0}]
[]
[]
[null,null,"A","B","C","D"]
[null,"Unique ID",{"$f":"CONCATENATE(C15,\" (\",C16,\")\",\": \",C14,\", \", C17)","v":"6-Axle Semitrailer (GML): Conventional, n/a"},{"$f":"CONCATENATE(D15,\" (\",D16,\")\",\": \",D14,\", \", D17)","v":"9-Axle B-Double (GML): Conventional, n/a"},"9-Axle B-Double (CML): Conventional, n/a","3-axle prime mover A-double (3-2-3) (HML): PBS, 3"]
[null,"Fleet","Conventional","Conventional",{"$f":"'Freight PASS'!$J$22","v":"Conventional"},{"$f":"'Freight PASS'!$J$29","v":"PBS"}]
[null,"Description",{"$f":"'Freight PASS'!$M$8","v":"6-Axle Semitrailer"},{"$f":"'Freight PASS'!$M$15","v":"9-Axle B-Double"},{"$f":"IF($E$14=\"No selection\",\"\",'Freight PASS'!$M$22)","v":"9-Axle B-Double"},{"$f":"IF($F$14=\"No selection\",\"\",'Freight PASS'!$M$29)","v":"3-axle prime mover A-double (3-2-3)"}]
[null,"Mass Scheme",{"$f":"'Freight PASS'!$S$8","v":"GML"},{"$f":"'Freight PASS'!$S$15","v":"GML"},{"$f":"IF($E$14=\"No selection\",\"\",'Freight PASS'!$P$22)","v":"CML"},{"$f":"IF($F$14=\"No selection\",\"\",'Freight PASS'!$P$29)","v":"HML"}]
[null,"PBS Level","n/a","n/a",{"$f":"IF($E$14=\"No selection\",\"\",'Freight PASS'!$S$22)","v":"n/a"},{"$f":"IF($F$14=\"No selection\",\"\",'Freight PASS'!$S$29)","v":3}]
[null,"Load",{"$f":"_xlfn.XLOOKUP(C$13,Fleet_Data[Unique ID],Fleet_Data[Load (t)])","v":24.468580510030989},{"$f":"_xlfn.XLOOKUP(D$13,Fleet_Data[Unique ID],Fleet_Data[Load (t)])","v":37.280936993026025},{"$f":"IF($E$14=\"No selection\",\"\",_xlfn.XLOOKUP(E$13,Fleet_Data[Unique ID],Fleet_Data[Load (t)]))","v":39.280936993026025},{"$f":"IF($F$14=\"No selection\",\"\",_xlfn.XLOOKUP(F$13,Fleet_Data[Unique ID],Fleet_Data[Load (t)]))","v":56.591223584597053}]
[null,"Cohort for crash rates",{"$f":"_xlfn.XLOOKUP(C$13,Fleet_Data[Unique ID],Fleet_Data[Cohort for crash rates])","v":"Articulated"},{"$f":"_xlfn.XLOOKUP(D$13,Fleet_Data[Unique ID],Fleet_Data[Cohort for crash rates])","v":"Articulated"},{"$f":"IF($E$14=\"No selection\",\"\",_xlfn.XLOOKUP(E$13,Fleet_Data[Unique ID],Fleet_Data[Cohort for crash rates]))","v":"Articulated"},{"$f":"IF($F$14=\"No selection\",\"\",_xlfn.XLOOKUP(F$13,Fleet_Data[Unique ID],Fleet_Data[Cohort for crash rates]))","v":"Articulated"}]
[null,null,"Productivity Criteria 1: Return trips"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",ROUNDUP($C$5/C$18,0))","v":41},{"$f":"IF(D$14=\"No selection\",\"\",ROUNDUP($C$5/D$18,0))","v":27},{"$f":"IF(E$14=\"No selection\",\"\",ROUNDUP($C$5/E$18,0))","v":26},{"$f":"IF(F$14=\"No selection\",\"\",ROUNDUP($C$5/F$18,0))","v":18}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$21:$F$21))","v":18},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$21:$F$21))","v":18},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$21:$F$21))","v":18},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$21:$F$21))","v":18}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$22=C$21, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$22=D$21, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$22=E$21, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$22=F$21, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$23 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$23 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$23 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$23 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$23 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$23 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$23 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$23 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$21,$C$21:$F$21,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$21,$C$21:$F$21,1),\"\")","v":3},{"$f":"IFERROR(RANK(E$21,$C$21:$F$21,1),\"\")","v":2},{"$f":"IFERROR(RANK(F$21,$C$21:$F$21,1),\"\")","v":1}]
[null,null,"Productivity Criteria 2: Time required"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",($C$4/$C$6)*(C$21*2))","v":102.5},{"$f":"IF(D$14=\"No selection\",\"\",($C$4/$C$6)*(D$21*2))","v":67.5},{"$f":"IF(E$14=\"No selection\",\"\",($C$4/$C$6)*(E$21*2))","v":65},{"$f":"IF(F$14=\"No selection\",\"\",($C$4/$C$6)*(F$21*2))","v":45}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$28:$F$28))","v":45},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$28:$F$28))","v":45},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$28:$F$28))","v":45},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$28:$F$28))","v":45}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$29=C$28, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$29=D$28, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$29=E$28, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$29=F$28, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$30 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$30 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$30 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$30 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$30 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$30 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$30 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$30 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$28,C28:F28,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$28,$C$28:$F$28,1),\"\")","v":3},{"$f":"IFERROR(RANK(E$28,$C$28:$F$28,1),\"\")","v":2},{"$f":"IFERROR(RANK(F$28,$C$28:$F$28,1),\"\")","v":1}]
[null,null,"Productivity Criteria 3: Kilometers travelled"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",(C$21*2)*$C$4)","v":8200},{"$f":"IF(D$14=\"No selection\",\"\",(D$21*2)*$C$4)","v":5400},{"$f":"IF(E$14=\"No selection\",\"\",(E$21*2)*$C$4)","v":5200},{"$f":"IF(F$14=\"No selection\",\"\",(F$21*2)*$C$4)","v":3600}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$35:$F$35))","v":3600},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$35:$F$35))","v":3600},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$35:$F$35))","v":3600},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$35:$F$35))","v":3600}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$36=C$35, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$29=D$28, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$29=E$28, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$29=F$28, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$37 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$30 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$30 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$30 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$37 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$37 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$37 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$37 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$35,$C$35:$F$35,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$35,$C$35:$F$35,1),\"\")","v":3},{"$f":"IFERROR(RANK(E$35,$C$35:$F$35,1),\"\")","v":2},{"$f":"IFERROR(RANK(F$35,$C$35:$F$35,1),\"\")","v":1}]
[null,null,"Productivity Criteria 4: Road space occupancy"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",_xlfn.XLOOKUP(C$13,Fleet_Data[Unique ID],Fleet_Data[Overall length (m)],\"\",0)*C$21)","v":779},{"$f":"IF(D$14=\"No selection\",\"\",_xlfn.XLOOKUP(D$13,Fleet_Data[Unique ID],Fleet_Data[Overall length (m)],\"\",0)*D$21)","v":702},{"$f":"IF(E$14=\"No selection\",\"\",_xlfn.XLOOKUP(E$13,Fleet_Data[Unique ID],Fleet_Data[Overall length (m)],\"\",0)*E$21)","v":676},{"$f":"IF(F$14=\"No selection\",\"\",_xlfn.XLOOKUP(F$13,Fleet_Data[Unique ID],Fleet_Data[Overall length (m)],\"\",0)*F$21)","v":657}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$42:$F$42))","v":657},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$42:$F$42))","v":657},657,657]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$43=C$42, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$29=D$28, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$29=E$28, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$29=F$28, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$44 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$30 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$30 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$30 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$44 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$37 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$37 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$37 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$42,$C$42:$F$42,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$35,$C$35:$F$35,1),\"\")","v":3},{"$f":"IFERROR(RANK(E$35,$C$35:$F$35,1),\"\")","v":2},{"$f":"IFERROR(RANK(F$35,$C$35:$F$35,1),\"\")","v":1}]
[null,null,"Safety Criteria 1: Likelihood of a fatal crash"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$3/1000000)*C$35,\nIF(C$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$7)*C$35,\nIF(C$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$8)*C$35,\"\"))))","v":7.462E-5},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$3/1000000)*D$35,\nIF(D$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$7)*D$35,\nIF(D$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$8)*D$35,\"\"))))","v":4.914E-5},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$3/1000000)*E$35,\nIF(E$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$7)*E$35,\nIF(E$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$8)*E$35,\"\"))))","v":4.7320000000000001E-5},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$3/1000000)*F$35,\nIF(F$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$7)*F$35,\nIF(F$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$3/1000000)*'Safety & sustain. ~ source data'!$B$8)*F$35,\"\"))))","v":1.0051363636363636E-5}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$49:$F$49))","v":1.0051363636363636E-5},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$49:$F$49))","v":1.0051363636363636E-5},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$49:$F$49))","v":1.0051363636363636E-5},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$49:$F$49))","v":1.0051363636363636E-5}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$50=C$49, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$50=D$49, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$50=E$49, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$50=F$49, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$51 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$51 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$51 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$51 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$51 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$51 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$51 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$51 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$49,$C$49:$F$49,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$49,$C$49:$F$49,1),\"\")","v":3},2,1]
[null,null,"Safety Criteria 2: Likelihood of a crash resulting in a hospitalisation"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$4/1000000)*C$35,\nIF(C$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$7)*C$35,\nIF(C$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$8)*C$35,\"\"))))","v":7.1996000000000007E-4},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$4/1000000)*D$35,\nIF(D$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$7)*D$35,\nIF(D$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$8)*D$35,\"\"))))","v":4.7412000000000002E-4},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$4/1000000)*E$35,\nIF(E$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$7)*E$35,\nIF(E$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$8)*E$35,\"\"))))","v":4.5656000000000001E-4},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$4/1000000)*F$35,\nIF(F$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$7)*F$35,\nIF(F$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$4/1000000)*'Safety & sustain. ~ source data'!$B$8)*F$35,\"\"))))","v":9.6979090909090918E-5}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$56:$F$56))","v":9.6979090909090918E-5},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$56:$F$56))","v":9.6979090909090918E-5},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$56:$F$56))","v":9.6979090909090918E-5},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$56:$F$56))","v":9.6979090909090918E-5}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$57=C$56, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$57=D$56, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$57=E$56, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$57=F$56, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$58 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$58 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$58 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$58 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$58 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$58 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$58 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$58 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$56,$C$56:$F$56,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$56,$C$56:$F$56,1),\"\")","v":3},2,1]
[null,null,"Safety Criteria 3: Likelihood of a crash resulting in a non-hospitalisation injury"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$5/1000000)*C$35,\nIF(C$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$7)*C$35,\nIF(C$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$8)*C$35,\"\"))))","v":9.9138000000000004E-4},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$5/1000000)*D$35,\nIF(D$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$7)*D$35,\nIF(D$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$8)*D$35,\"\"))))","v":6.5286000000000001E-4},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$5/1000000)*E$35,\nIF(E$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$7)*E$35,\nIF(E$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$8)*E$35,\"\"))))","v":6.2868000000000006E-4},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$5/1000000)*F$35,\nIF(F$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$7)*F$35,\nIF(F$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$5/1000000)*'Safety & sustain. ~ source data'!$B$8)*F$35,\"\"))))","v":1.3353954545454547E-4}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$63:$F$63))","v":1.3353954545454547E-4},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$63:$F$63))","v":1.3353954545454547E-4},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$63:$F$63))","v":1.3353954545454547E-4},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$63:$F$63))","v":1.3353954545454547E-4}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$64=C$63, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$64=D$63, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$64=E$63, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$64=F$63, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$65 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$65 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$65 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$65 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$65 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$65 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$65 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$65 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$63,$C$63:$F$63,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$63,$C$63:$F$63,1),\"\")","v":3},2,1]
[null,null,"Safety Criteria 3: Likelihood of a crash resulting in a non-hospitalisation injury"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$6/1000000)*C$35,\nIF(C$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$7)*C$35,\nIF(C$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$8)*C$35,\"\"))))","v":5.7851000000000005E-3},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$6/1000000)*D$35,\nIF(D$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$7)*D$35,\nIF(D$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$8)*D$35,\"\"))))","v":3.8097000000000005E-3},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$6/1000000)*E$35,\nIF(E$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$7)*E$35,\nIF(E$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$8)*E$35,\"\"))))","v":3.6686000000000002E-3},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$14=\"Conventional\",('Safety & sustain. ~ source data'!$B$6/1000000)*F$35,\nIF(F$19=\"Rigid\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$7)*F$35,\nIF(F$19=\"Articulated\",(('Safety & sustain. ~ source data'!$B$6/1000000)*'Safety & sustain. ~ source data'!$B$8)*F$35,\"\"))))","v":7.7925681818181828E-4}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$70:$F$70))","v":7.7925681818181828E-4},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$70:$F$70))","v":7.7925681818181828E-4},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$70:$F$70))","v":7.7925681818181828E-4},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$70:$F$70))","v":7.7925681818181828E-4}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$71=C$70, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$71=D$70, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$71=E$70, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$71=F$70, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$72 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$72 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$72 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$72 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$72 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$72 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$72 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$72 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$70,$C$70:$F$70,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 1: Fuel consumption"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",(_xlfn.XLOOKUP(C$13,VOC_Coefficients67[Unique ID],VOC_Coefficients67[Base fuel consumption (litres per 100km)]*(VOC_Coefficients67[K1]+(VOC_Coefficients67[K2]/$C$6)+(VOC_Coefficients67[K3]*($C$6^2))+(VOC_Coefficients67[K4]*'Fuel consumption ~ source data'!$H$3)+(VOC_Coefficients67[K5]*Fleet_Data[Combination Mass (t) (50% load)])),\"\",0)/100)*C$35)","v":4081.1620887827489},{"$f":"IF(D$14=\"No selection\",\"\",(_xlfn.XLOOKUP(D$13,VOC_Coefficients67[Unique ID],VOC_Coefficients67[Base fuel consumption (litres per 100km)]*(VOC_Coefficients67[K1]+(VOC_Coefficients67[K2]/$C$6)+(VOC_Coefficients67[K3]*($C$6^2))+(VOC_Coefficients67[K4]*'Fuel consumption ~ source data'!$H$3)+(VOC_Coefficients67[K5]*Fleet_Data[Combination Mass (t) (50% load)])),\"\",0)/100)*D$35)","v":3270.3560471313035},{"$f":"IF(E$14=\"No selection\",\"\",(_xlfn.XLOOKUP(E$13,VOC_Coefficients67[Unique ID],VOC_Coefficients67[Base fuel consumption (litres per 100km)]*(VOC_Coefficients67[K1]+(VOC_Coefficients67[K2]/$C$6)+(VOC_Coefficients67[K3]*($C$6^2))+(VOC_Coefficients67[K4]*'Fuel consumption ~ source data'!$H$3)+(VOC_Coefficients67[K5]*Fleet_Data[Combination Mass (t) (50% load)])),\"\",0)/100)*E$35)","v":3172.9334483324428},{"$f":"IF(F$14=\"No selection\",\"\",(_xlfn.XLOOKUP(F$13,VOC_Coefficients67[Unique ID],VOC_Coefficients67[Base fuel consumption (litres per 100km)]*(VOC_Coefficients67[K1]+(VOC_Coefficients67[K2]/$C$6)+(VOC_Coefficients67[K3]*($C$6^2))+(VOC_Coefficients67[K4]*'Fuel consumption ~ source data'!$H$3)+(VOC_Coefficients67[K5]*Fleet_Data[Combination Mass (t) (50% load)])),\"\",0)/100)*F$35)","v":2488.232932717232}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$77:$F$77))","v":2488.232932717232},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$77:$F$77))","v":2488.232932717232},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$77:$F$77))","v":2488.232932717232},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$77:$F$77))","v":2488.232932717232}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$78=C$77, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$78=D$77, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$78=E$77, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$78=F$77, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$79 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$79 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$79 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$79 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$79 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$79 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$79 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$79 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$77,$C$77:$F$77,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 2: CO2 emission"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",C$77*'Safety & sustain. ~ source data'!$B$11)","v":10901.600171556478},{"$f":"IF(D$14=\"No selection\",\"\",D$77*'Safety & sustain. ~ source data'!$B$11)","v":8735.7750730971366},{"$f":"IF(E$14=\"No selection\",\"\",E$77*'Safety & sustain. ~ source data'!$B$11)","v":8475.5398271856211},{"$f":"IF(F$14=\"No selection\",\"\",F$77*'Safety & sustain. ~ source data'!$B$11)","v":6646.5678098742692}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$84:$F$84))","v":6646.5678098742692},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$84:$F$84))","v":6646.5678098742692},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$84:$F$84))","v":6646.5678098742692},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$84:$F$84))","v":6646.5678098742692}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$85=C$84, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$85=D$84, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$85=E$84, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$85=F$84, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$86 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$86 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$86 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$86 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$86 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$86 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$86 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$86 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$84,$C$84:$F$84,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 3: Air pollution cost"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",C$35*'Escalated values'!$I$5)","v":66.987907342657323},{"$f":"IF(D$14=\"No selection\",\"\",D$35*'Escalated values'!$I$5)","v":44.113987762237748},{"$f":"IF(E$14=\"No selection\",\"\",E$35*'Escalated values'!$I$5)","v":42.480136363636355},{"$f":"IF(F$14=\"No selection\",\"\",F$35*'Escalated values'!$I$5)","v":29.409325174825167}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$91:$F$91))","v":29.409325174825167},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$91:$F$91))","v":29.409325174825167},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$91:$F$91))","v":29.409325174825167},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$91:$F$91))","v":29.409325174825167}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$92=C$91, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$92=D$91, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$92=E$91, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$92=F$91, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$93 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$93 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$93 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$93 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$93 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$93 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$93 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$93 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$91,$C$91:$F$91,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 4: Noise pollution cost"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",C35*'Escalated values'!$J$5)","v":4.2166923076923073},{"$f":"IF(D$14=\"No selection\",\"\",D35*'Escalated values'!$J$5)","v":2.776846153846154},{"$f":"IF(E$14=\"No selection\",\"\",E35*'Escalated values'!$J$5)","v":2.6739999999999999},{"$f":"IF(F$14=\"No selection\",\"\",F35*'Escalated values'!$J$5)","v":1.8512307692307692}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$98:$F$98))","v":1.8512307692307692},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$98:$F$98))","v":1.8512307692307692},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$98:$F$98))","v":1.8512307692307692},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$98:$F$98))","v":1.8512307692307692}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$99=C$98, 1, 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$99=D$98, 1, 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$99=E$98, 1, 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$99=F$98, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$100 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$100 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$100 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$100 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$100 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(D$100 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(E$100 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":0},{"$f":"IF(F$100 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$98,$C$98:$F$98,1),\"\")","v":4},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 5: Biodiversity cost"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",(($C$8*C$21)*2)*'Escalated values'!$K$5)","v":0},{"$f":"IF(D$14=\"No selection\",\"\",(($C$8*D$21)*2)*'Escalated values'!$K$5)","v":0},{"$f":"IF(E$14=\"No selection\",\"\",(($C$8*E$21)*2)*'Escalated values'!$K$5)","v":0},{"$f":"IF(F$14=\"No selection\",\"\",(($C$8*F$21)*2)*'Escalated values'!$K$5)","v":0}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$105:$F$105))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$105:$F$105))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$105:$F$105))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$105:$F$105))","v":0}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$106=C$105, 1, 0))","v":1},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$106=D$105, 1, 0))","v":1},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$106=E$105, 1, 0))","v":1},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$106=F$105, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$107 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$107 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$107 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$107 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$107 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(D$107 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(E$107 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(F$107 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$105,$C$105:$F$105,1),\"\")","v":1},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]
[null,null,"Sustainability Criteria 6: Water and soil cost"]
[null,"Result",{"$f":"IF(C$14=\"No selection\",\"\",(($C$9*C$21)*2)*'Escalated values'!$L$5)","v":0},{"$f":"IF(D$14=\"No selection\",\"\",(($C$9*D$21)*2)*'Escalated values'!$L$5)","v":0},{"$f":"IF(E$14=\"No selection\",\"\",(($C$9*E$21)*2)*'Escalated values'!$L$5)","v":0},{"$f":"IF(F$14=\"No selection\",\"\",(($C$9*F$21)*2)*'Escalated values'!$L$5)","v":0}]
[null,"Minimum score",{"$f":"IF(C$14=\"No selection\",\"\",MIN($C$112:$F$112))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",MIN($C$112:$F$112))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",MIN($C$112:$F$112))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",MIN($C$112:$F$112))","v":0}]
[null,"Tie determined",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$113=C$112, 1, 0))","v":1},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$113=D$112, 1, 0))","v":1},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$113=E$112, 1, 0))","v":1},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$113=F$112, 1, 0))","v":1}]
[null,"Tie breaker",{"$f":"IF(C$14=\"No selection\",\"\",IF(C$114 = 1, IF(C$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(D$14=\"No selection\",\"\",IF(D$114 = 1, IF(D$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(E$14=\"No selection\",\"\",IF(E$114 = 1, IF(E$14= \"PBS\",1,0), 0))","v":0},{"$f":"IF(F$14=\"No selection\",\"\",IF(F$114 = 1, IF(F$14= \"PBS\",1,0), 0))","v":1}]
[null,"Top conventional vehicle",{"$f":"IF(C$114 = 1, IF(C$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(D$114 = 1, IF(D$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(E$114 = 1, IF(E$14= \"Conventional\",1,0), 0)","v":1},{"$f":"IF(F$114 = 1, IF(F$14= \"Conventional\",1,0), 0)","v":0}]
[null,"Rank",{"$f":"IFERROR(RANK(C$112,$C$112:$F$112,1),\"\")","v":1},{"$f":"IFERROR(RANK(D$70,$C$70:$F$70,1),\"\")","v":3},2,1]

{"sheet":"Scenario rankings","index":10,"n_rows":31,"n_cols":17,"rows_kept":31,"cut":false,"hidden":true,"merged":[[2,9,2,15]]}
[]
[]
[null,null,null,null,null,null,null,null,null,"Working to allow for vehicles not to be selected."]
[null,null,{"$f":"'Scenario outputs'!C20","v":"Productivity Criteria 1: Return trips"},{"$f":"'Scenario outputs'!C27","v":"Productivity Criteria 2: Time required"},{"$f":"'Scenario outputs'!C34","v":"Productivity Criteria 3: Kilometers travelled"},{"$f":"'Scenario outputs'!C41","v":"Productivity Criteria 4: Road space occupancy"},null,null,"Weighted result","Unique ID","Sort","Text before","Number format","Text after","Selection","Indirect function","Productivity rank"]
[null,"Vehicle A",{"$f":"TRANSPOSE('Scenario outputs'!C26:F26)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C33:F33)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C40:F40)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C47:F47)","v":4},null,null,{"$f":"SUMPRODUCT(C5:F5,'Freight PASS'!$AF$38:$AI$38)","v":4},{"$f":"IF(I5=0,CONCATENATE(\"0.0001@\",B5),CONCATENATE(I5,\"@\",B5))","v":"4@Vehicle A"},{"$f":"_xlfn._xlws.SORT(J5:J8,,-1)","v":"4@Vehicle A"},{"$f":"_xlfn.TEXTBEFORE(K5,\"@\")","v":"4"},{"$f":"IF(L5=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L5,\"0.00\")))","v":4},{"$f":"_xlfn.TEXTAFTER(_xlfn.ANCHORARRAY(K5),\"@\")","v":"Vehicle A"},{"$f":"IF(M5=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O5<>\"\", \"M\" & (MATCH(O5, $O$5:$O$8, 0)+4) & \":M\" & (MATCH(O5, $O$5:$O$8,1+ COUNTIF($O$5:$O$8, O5))+4), \"\"),\"\")","v":"M5:M8"},{"$f":"IFERROR(RANK(M5,INDIRECT(P5),1),\"\")","v":4}]
[null,"Vehicle B",3,3,3,3,null,null,{"$f":"SUMPRODUCT(C6:F6,'Freight PASS'!$AF$38:$AI$38)","v":3},{"$f":"IF(I6=0,CONCATENATE(\"0.0001@\",B6),CONCATENATE(I6,\"@\",B6))","v":"3@Vehicle B"},"3@Vehicle B",{"$f":"_xlfn.TEXTBEFORE(K6,\"@\")","v":"3"},{"$f":"IF(L6=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L6,\"0.00\")))","v":3},"Vehicle B",{"$f":"IF(M6=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O6<>\"\", \"M\" & (MATCH(O6, $O$5:$O$8, 0)+4) & \":M\" & (MATCH(O6, $O$5:$O$8,1+ COUNTIF($O$5:$O$8, O6))+4), \"\"),\"\")","v":"M5:M8"},{"$f":"IFERROR(RANK(M6,INDIRECT(P6),1),\"\")","v":3}]
[null,"Vehicle C",2,2,2,2,null,null,{"$f":"SUMPRODUCT(C7:F7,'Freight PASS'!$AF$38:$AI$38)","v":2},"2@Vehicle C","2@Vehicle C",{"$f":"_xlfn.TEXTBEFORE(K7,\"@\")","v":"2"},2,"Vehicle C",{"$f":"IF(M7=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O7<>\"\", \"M\" & (MATCH(O7, $O$5:$O$8, 0)+4) & \":M\" & (MATCH(O7, $O$5:$O$8,1+ COUNTIF($O$5:$O$8, O7))+4), \"\"),\"\")","v":"M5:M8"},2]
[null,"Vehicle D",1,1,1,1,null,null,{"$f":"SUMPRODUCT(C8:F8,'Freight PASS'!$AF$38:$AI$38)","v":1},"1@Vehicle D","1@Vehicle D",{"$f":"_xlfn.TEXTBEFORE(K8,\"@\")","v":"1"},1,"Vehicle D",{"$f":"IF(M8=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O8<>\"\", \"M\" & (MATCH(O8, $O$5:$O$8, 0)+4) & \":M\" & (MATCH(O8, $O$5:$O$8,1+ COUNTIF($O$5:$O$8, O8))+4), \"\"),\"\")","v":"M5:M8"},1]
[]
[]
[]
[null,null,{"$f":"'Scenario outputs'!C48","v":"Safety Criteria 1: Likelihood of a fatal crash"},{"$f":"'Scenario outputs'!C55","v":"Safety Criteria 2: Likelihood of a crash resulting in a hospitalisation"},{"$f":"'Scenario outputs'!C62","v":"Safety Criteria 3: Likelihood of a crash resulting in a non-hospitalisation injury"},{"$f":"'Scenario outputs'!C69","v":"Safety Criteria 3: Likelihood of a crash resulting in a non-hospitalisation injury"},null,null,"Weighted result","Unique ID","Sort","Text before","Number format","Text after","Selection","Indirect function","Safety rank"]
[null,"Vehicle A",{"$f":"TRANSPOSE('Scenario outputs'!C54:F54)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C61:F61)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C68:F68)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C75:F75)","v":4},null,null,{"$f":"SUMPRODUCT(C13:F13,'Freight PASS'!$AF$41:$AI$41)","v":4},{"$f":"IF(I13=0,CONCATENATE(\"0.0001@\",B13),CONCATENATE(I13,\"@\",B13))","v":"4@Vehicle A"},{"$f":"_xlfn._xlws.SORT(J13:J16,,-1)","v":"4@Vehicle A"},{"$f":"_xlfn.TEXTBEFORE(K13,\"@\")","v":"4"},{"$f":"IF(L13=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L13,\"0.00\")))","v":4},{"$f":"_xlfn.TEXTAFTER(_xlfn.ANCHORARRAY(K13),\"@\")","v":"Vehicle A"},{"$f":"IF(M13=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O13<>\"\", \"M\" & (MATCH(O13, $O$13:$O$16, 0)+12) & \":M\" & (MATCH(O13, $O$13:$O$16, 1 + COUNTIF($O$13:$O$16, O13))+12), \"\"),\"\")","v":"M13:M16"},{"$f":"IFERROR(RANK(M13,INDIRECT(P13),1),\"\")","v":4}]
[null,"Vehicle B",3,3,3,3,null,null,{"$f":"SUMPRODUCT(C14:F14,'Freight PASS'!$AF$41:$AI$41)","v":2.9999999999999996},{"$f":"IF(I14=0,CONCATENATE(\"0.0001@\",B14),CONCATENATE(I14,\"@\",B14))","v":"3@Vehicle B"},"3@Vehicle B",{"$f":"_xlfn.TEXTBEFORE(K14,\"@\")","v":"3"},{"$f":"IF(L14=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L14,\"0.00\")))","v":3},"Vehicle B",{"$f":"IF(M14=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O14<>\"\", \"M\" & (MATCH(O14, $O$13:$O$16, 0)+12) & \":M\" & (MATCH(O14, $O$13:$O$16, 1 + COUNTIF($O$13:$O$16, O14))+12), \"\"),\"\")","v":"M13:M16"},{"$f":"IFERROR(RANK(M14,INDIRECT(P14),1),\"\")","v":3}]
[null,"Vehicle C",2,2,2,2,null,null,{"$f":"SUMPRODUCT(C15:F15,'Freight PASS'!$AF$41:$AI$41)","v":2},"2@Vehicle C","2@Vehicle C",{"$f":"_xlfn.TEXTBEFORE(K15,\"@\")","v":"2"},2,"Vehicle C",{"$f":"IF(M15=\"\",\"False\",\"True\")","v":"True"},"M13:M16",2]
[null,"Vehicle D",1,1,1,1,null,null,{"$f":"SUMPRODUCT(C16:F16,'Freight PASS'!$AF$41:$AI$41)","v":1},"1@Vehicle D","1@Vehicle D",{"$f":"_xlfn.TEXTBEFORE(K16,\"@\")","v":"1"},1,"Vehicle D",{"$f":"IF(M16=\"\",\"False\",\"True\")","v":"True"},"M13:M16",1]
[]
[]
[]
[null,null,{"$f":"'Scenario outputs'!C76","v":"Sustainability Criteria 1: Fuel consumption"},{"$f":"'Scenario outputs'!C83","v":"Sustainability Criteria 2: CO2 emission"},{"$f":"'Scenario outputs'!C90","v":"Sustainability Criteria 3: Air pollution cost"},{"$f":"'Scenario outputs'!C97","v":"Sustainability Criteria 4: Noise pollution cost"},{"$f":"'Scenario outputs'!C104","v":"Sustainability Criteria 5: Biodiversity cost"},{"$f":"'Scenario outputs'!C111","v":"Sustainability Criteria 6: Water and soil cost"},"Weighted result","Unique ID","Sort","Text before","Number format","Text after","Selection","Indirect function","Sustainability rank"]
[null,"Vehicle A",{"$f":"TRANSPOSE('Scenario outputs'!C82:F82)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C89:F89)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C96:F96)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C103:F103)","v":4},{"$f":"TRANSPOSE('Scenario outputs'!C110:F110)","v":1},{"$f":"TRANSPOSE('Scenario outputs'!C117:F117)","v":1},{"$f":"SUMPRODUCT(C21:H21,'Freight PASS'!$AF$44:$AK$44)","v":3.4},{"$f":"IF(I21=0,CONCATENATE(\"0.0001@\",B21),CONCATENATE(I21,\"@\",B21))","v":"3.4@Vehicle A"},{"$f":"_xlfn._xlws.SORT(J21:J24,,-1)","v":"3@Vehicle B"},{"$f":"_xlfn.TEXTBEFORE(K21,\"@\")","v":"3"},{"$f":"IF(L21=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L21,\"0.00\")))","v":3},{"$f":"_xlfn.TEXTAFTER(_xlfn.ANCHORARRAY(K21),\"@\")","v":"Vehicle B"},{"$f":"IF(M21=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O21=\"0\",\"False\",IF(O21<>\"\", \"M\" & (MATCH(O21, $O$21:$O$24, 0)+20) & \":M\" & (MATCH(O21, $O$21:$O$24, 1 + COUNTIF($O$21:$O$24, O21))+20), \"\")),\"\")","v":"M21:M24"},{"$f":"IFERROR(RANK(M21,INDIRECT(P21),1),\"\")","v":3}]
[null,"Vehicle B",3,3,3,3,3,3,{"$f":"SUMPRODUCT(C22:H22,'Freight PASS'!$AF$44:$AK$44)","v":2.9999999999999991},{"$f":"IF(I22=0,CONCATENATE(\"0.0001@\",B22),CONCATENATE(I22,\"@\",B22))","v":"3@Vehicle B"},"3.4@Vehicle A",{"$f":"_xlfn.TEXTBEFORE(K22,\"@\")","v":"3.4"},{"$f":"IF(L22=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L22,\"0.00\")))","v":3.4},"Vehicle A",{"$f":"IF(M22=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O22=\"0\",\"False\",IF(O22<>\"\", \"M\" & (MATCH(O22, $O$21:$O$24, 0)+20) & \":M\" & (MATCH(O22, $O$21:$O$24, 1 + COUNTIF($O$21:$O$24, O22))+20), \"\")),\"\")","v":"M21:M24"},{"$f":"IFERROR(RANK(M22,INDIRECT(P22),1),\"\")","v":4}]
[null,"Vehicle C",2,2,2,2,2,2,{"$f":"SUMPRODUCT(C23:H23,'Freight PASS'!$AF$44:$AK$44)","v":1.9999999999999998},"2@Vehicle C","2@Vehicle C","2",2,"Vehicle C","True","M21:M24",2]
[null,"Vehicle D",1,1,1,1,1,1,{"$f":"SUMPRODUCT(C24:H24,'Freight PASS'!$AF$44:$AK$44)","v":0.99999999999999989},"1@Vehicle D","1@Vehicle D","1",1,"Vehicle D","True","M21:M24",1]
[]
[]
[null,null,"Productivity rank","Safety rank","Sustainabilty rank",null,null,null,"Weighted result","Unique ID","Sort","Text before","Number format","Text after","Selection","Indirect function","Overall rank"]
[null,"Vehicle A",{"$f":"_xlfn.XLOOKUP($B28,_xlfn.ANCHORARRAY($N$5),$Q$5:$Q$8,\"\",0)","v":4},{"$f":"_xlfn.XLOOKUP($B28,_xlfn.ANCHORARRAY($N$13),$Q$13:$Q$16,\"\",0)","v":4},{"$f":"_xlfn.XLOOKUP($B28,_xlfn.ANCHORARRAY($N$21),$Q$21:$Q$24,\"\",0)","v":4},null,null,null,{"$f":"SUMPRODUCT($C28:$E28,'Freight PASS'!$AF$47:$AH$47)","v":4},{"$f":"IF(I28=0,CONCATENATE(\"0.0001@\",B28),CONCATENATE(I28,\"@\",B28))","v":"4@Vehicle A"},{"$f":"_xlfn._xlws.SORT(J28:J31,,-1)","v":"4@Vehicle A"},{"$f":"_xlfn.TEXTBEFORE(K28,\"@\")","v":"4"},{"$f":"IF(L28=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L28,\"0.00\")))","v":4},{"$f":"_xlfn.TEXTAFTER(_xlfn.ANCHORARRAY(K28),\"@\")","v":"Vehicle A"},{"$f":"IF(M28=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O28=\"0\",\"False\",IF(O28<>\"\", \"M\" & (MATCH(O28, $O$28:$O$31, 0)+27) & \":M\" & (MATCH(O28, $O$28:$O$31, 1 + COUNTIF($O$28:$O$31, O28))+27), \"\")),\"\")","v":"M28:M31"},{"$f":"IFERROR(RANK(M28,INDIRECT(P28),1),\"\")","v":4}]
[null,"Vehicle B",{"$f":"_xlfn.XLOOKUP($B29,_xlfn.ANCHORARRAY($N$5),$Q$5:$Q$8,\"\",0)","v":3},{"$f":"_xlfn.XLOOKUP($B29,_xlfn.ANCHORARRAY($N$13),$Q$13:$Q$16,\"\",0)","v":3},{"$f":"_xlfn.XLOOKUP($B29,_xlfn.ANCHORARRAY($N$21),$Q$21:$Q$24,\"\",0)","v":3},null,null,null,{"$f":"SUMPRODUCT($C29:$E29,'Freight PASS'!$AF$47:$AH$47)","v":3},{"$f":"IF(I29=0,CONCATENATE(\"0.0001@\",B29),CONCATENATE(I29,\"@\",B29))","v":"3@Vehicle B"},"3@Vehicle B",{"$f":"_xlfn.TEXTBEFORE(K29,\"@\")","v":"3"},{"$f":"IF(L29=\"0.0001\",\"\",_xlfn.NUMBERVALUE(TEXT(L29,\"0.00\")))","v":3},"Vehicle B",{"$f":"IF(M29=\"\",\"False\",\"True\")","v":"True"},{"$f":"IFERROR(IF(O29=\"0\",\"False\",IF(O29<>\"\", \"M\" & (MATCH(O29, $O$28:$O$31, 0)+27) & \":M\" & (MATCH(O29, $O$28:$O$31, 1 + COUNTIF($O$28:$O$31, O29))+27), \"\")),\"\")","v":"M28:M31"},{"$f":"IFERROR(RANK(M29,INDIRECT(P29),1),\"\")","v":3}]
[null,"Vehicle C",{"$f":"_xlfn.XLOOKUP($B30,_xlfn.ANCHORARRAY($N$5),$Q$5:$Q$8,\"\",0)","v":2},{"$f":"_xlfn.XLOOKUP($B30,_xlfn.ANCHORARRAY($N$13),$Q$13:$Q$16,\"\",0)","v":2},{"$f":"_xlfn.XLOOKUP($B30,_xlfn.ANCHORARRAY($N$21),$Q$21:$Q$24,\"\",0)","v":2},null,null,null,{"$f":"SUMPRODUCT($C30:$E30,'Freight PASS'!$AF$47:$AH$47)","v":2},"2@Vehicle C","2@Vehicle C","2",2,"Vehicle C","True","M28:M31",2]
[null,"Vehicle D",{"$f":"_xlfn.XLOOKUP($B31,_xlfn.ANCHORARRAY($N$5),$Q$5:$Q$8,\"\",0)","v":1},{"$f":"_xlfn.XLOOKUP($B31,_xlfn.ANCHORARRAY($N$13),$Q$13:$Q$16,\"\",0)","v":1},{"$f":"_xlfn.XLOOKUP($B31,_xlfn.ANCHORARRAY($N$21),$Q$21:$Q$24,\"\",0)","v":1},null,null,null,{"$f":"SUMPRODUCT($C31:$E31,'Freight PASS'!$AF$47:$AH$47)","v":1},"1@Vehicle D","1@Vehicle D","1",1,"Vehicle D","True","M28:M31",1]

{"sheet":"Escalated values","index":11,"n_rows":158,"n_cols":12,"rows_kept":158,"cut":false,"hidden":true,"merged":[[0,1,3,1],[0,2,3,2],[5,10,5,11],[0,6,0,7],[1,6,1,7],[2,6,2,7],[3,6,3,7]]}
[null,"Year","Date",null,"CPI: Weighted average of Australian capital cities",null,"Variable",null,"Freight transport air pollution cost (rural) ($/km)","Freight transport noise cost (rural) ($/km)","Freight transport soil and water cost (rural) ($/km)","Freight transport bodiversity cost (rural) ($/km)"]
[null,null,null,null,"6401.0 Consumer Price Index, Australia",null,"Base value",null,{"$f":"'Safety & sustain. ~ source data'!B12","v":6.9899999999999997E-3},{"$f":"'Safety & sustain. ~ source data'!B15","v":4.4000000000000002E-4},{"$f":"'Safety & sustain. ~ source data'!B16","v":1.0829999999999999E-2},{"$f":"'Safety & sustain. ~ source data'!B17","v":3.15E-2}]
[null,null,null,null,"TABLES 3 and 4. CPI: Groups, Weighted Average of Eight Capital Cities, Index Numbers and Percentage Changes",null,"Base value year",null,{"$f":"'Safety & sustain. ~ source data'!C12","v":2020},{"$f":"'Safety & sustain. ~ source data'!C15","v":2020},{"$f":"'Safety & sustain. ~ source data'!C16","v":2020},{"$f":"'Safety & sustain. ~ source data'!C17","v":2020}]
[null,null,null,null,"Series ID: A2325846C",null,"Index",null,"CPI","CPI","CPI","CPI"]
[null,{"$f":"1985","v":1985},"31-Mar",{"$f":"TEXT(DATEVALUE(C5&\"-\"&B5),\"dd-mmm-yyyy\")","v":"31-Mar-1985"},37.9,null,"30-Jun",{"$f":"'Freight PASS'!$AF$57","v":2023},{"$f":"(1+((_xlfn.XLOOKUP('Freight PASS'!$AF$57&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)-_xlfn.XLOOKUP(I$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0))/_xlfn.XLOOKUP(I$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)))*I$2","v":8.1692569930069906E-3},{"$f":"(1+((_xlfn.XLOOKUP('Freight PASS'!$AF$57&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)-_xlfn.XLOOKUP(J$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0))/_xlfn.XLOOKUP(J$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)))*J$2","v":5.1423076923076921E-4},{"$f":"(1+((_xlfn.XLOOKUP('Freight PASS'!$AF$57&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)-_xlfn.XLOOKUP(K$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0))/_xlfn.XLOOKUP(K$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)))*K$2","v":1.2657089160839158E-2},{"$f":"(1+((_xlfn.XLOOKUP('Freight PASS'!$AF$57&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)-_xlfn.XLOOKUP(L$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0))/_xlfn.XLOOKUP(L$3&$G5,$B$5:$B$158&$C$5:$C$158,$E$5:$E$158,\"\",0)))*L$2","v":3.6814248251748248E-2}]
[null,1985,"30-Jun",{"$f":"TEXT(DATEVALUE(C6&\"-\"&B6),\"dd-mmm-yyyy\")","v":"30-Jun-1985"},38.799999999999997,null,null,null,null,null,"Refer to safety and sustainability source data tab to modify base values and years"]
[null,1985,"30-Sep","30-Sep-1985",39.700000000000003]
[null,1985,"31-Dec","31-Dec-1985",40.5]
[null,1986,"31-Mar","31-Mar-1986",41.4]
[null,1986,"30-Jun","30-Jun-1986",42.1]
[null,1986,"30-Sep","30-Sep-1986",43.2]
[null,1986,"31-Dec","31-Dec-1986",44.4]
[null,1987,"31-Mar","31-Mar-1987",45.3]
[null,1987,"30-Jun","30-Jun-1987",46]
[null,1987,"30-Sep","30-Sep-1987",46.8]
[null,1987,"31-Dec","31-Dec-1987",47.6]
[null,1988,"31-Mar","31-Mar-1988",48.4]
[null,1988,"30-Jun","30-Jun-1988",49.3]
[null,1988,"30-Sep","30-Sep-1988",50.2]
[null,1988,"31-Dec","31-Dec-1988",51.2]
[null,1989,"31-Mar","31-Mar-1989",51.7]
[null,1989,"30-Jun","30-Jun-1989",53]
[null,1989,"30-Sep","30-Sep-1989",54.2]
[null,1989,"31-Dec","31-Dec-1989",55.2]
[null,1990,"31-Mar","31-Mar-1990",56.2]
[null,1990,"30-Jun","30-Jun-1990",57.1]
[null,1990,"30-Sep","30-Sep-1990",57.5]
[null,1990,"31-Dec","31-Dec-1990",59]
[null,1991,"31-Mar","31-Mar-1991",58.9]
[null,1991,"30-Jun","30-Jun-1991",59]
[null,1991,"30-Sep","30-Sep-1991",59.3]
[null,1991,"31-Dec","31-Dec-1991",59.9]
[null,1992,"31-Mar","31-Mar-1992",59.9]
[null,1992,"30-Jun","30-Jun-1992",59.7]
[null,1992,"30-Sep","30-Sep-1992",59.8]
[null,1992,"31-Dec","31-Dec-1992",60.1]
[null,1993,"31-Mar","31-Mar-1993",60.6]
[null,1993,"30-Jun","30-Jun-1993",60.8]
[null,1993,"30-Sep","30-Sep-1993",61.1]
[null,1993,"31-Dec","31-Dec-1993",61.2]
[null,1994,"31-Mar","31-Mar-1994",61.5]
[null,1994,"30-Jun","30-Jun-1994",61.9]
[null,1994,"30-Sep","30-Sep-1994",62.3]
[null,1994,"31-Dec","31-Dec-1994",62.8]
[null,1995,"31-Mar","31-Mar-1995",63.8]
[null,1995,"30-Jun","30-Jun-1995",64.7]
[null,1995,"30-Sep","30-Sep-1995",65.5]
[null,1995,"31-Dec","31-Dec-1995",66]
[null,1996,"31-Mar","31-Mar-1996",66.2]
[null,1996,"30-Jun","30-Jun-1996",66.7]
[null,1996,"30-Sep","30-Sep-1996",66.900000000000006]
[null,1996,"31-Dec","31-Dec-1996",67]
[null,1997,"31-Mar","31-Mar-1997",67.099999999999994]
[null,1997,"30-Jun","30-Jun-1997",66.900000000000006]
[null,1997,"30-Sep","30-Sep-1997",66.599999999999994]
[null,1997,"31-Dec","31-Dec-1997",66.8]
[null,1998,"31-Mar","31-Mar-1998",67]
[null,1998,"30-Jun","30-Jun-1998",67.400000000000006]
[null,1998,"30-Sep","30-Sep-1998",67.5]
[null,1998,"31-Dec","31-Dec-1998",67.8]
[null,1999,"31-Mar","31-Mar-1999",67.8]
[null,1999,"30-Jun","30-Jun-1999",68.099999999999994]
[null,1999,"30-Sep","30-Sep-1999",68.7]
[null,1999,"31-Dec","31-Dec-1999",69.099999999999994]
[null,2000,"31-Mar","31-Mar-2000",69.7]
[null,2000,"30-Jun","30-Jun-2000",70.2]
[null,2000,"30-Sep","30-Sep-2000",72.900000000000006]
[null,2000,"31-Dec","31-Dec-2000",73.099999999999994]
[null,2001,"31-Mar","31-Mar-2001",73.900000000000006]
[null,2001,"30-Jun",{"$f":"TEXT(DATEVALUE(C70&\"-\"&B70),\"dd-mmm-yyyy\")","v":"30-Jun-2001"},74.5]
[null,2001,"30-Sep","30-Sep-2001",74.7]
[null,2001,"31-Dec","31-Dec-2001",75.400000000000006]
[null,2002,"31-Mar","31-Mar-2002",76.099999999999994]
[null,2002,"30-Jun","30-Jun-2002",76.599999999999994]
[null,2002,"30-Sep","30-Sep-2002",77.099999999999994]
[null,2002,"31-Dec","31-Dec-2002",77.599999999999994]
[null,2003,"31-Mar","31-Mar-2003",78.599999999999994]
[null,2003,"30-Jun","30-Jun-2003",78.599999999999994]
[null,2003,"30-Sep","30-Sep-2003",79.099999999999994]
[null,2003,"31-Dec","31-Dec-2003",79.5]
[null,2004,"31-Mar","31-Mar-2004",80.2]
[null,2004,"30-Jun","30-Jun-2004",80.599999999999994]
[null,2004,"30-Sep","30-Sep-2004",80.900000000000006]
[null,2004,"31-Dec","31-Dec-2004",81.5]
[null,2005,"31-Mar","31-Mar-2005",82.1]
[null,2005,"30-Jun","30-Jun-2005",82.6]
[null,2005,"30-Sep","30-Sep-2005",83.4]
[null,2005,"31-Dec","31-Dec-2005",83.8]
[null,2006,"31-Mar","31-Mar-2006",84.5]
[null,2006,"30-Jun","30-Jun-2006",85.9]
[null,2006,"30-Sep","30-Sep-2006",86.7]
[null,2006,"31-Dec","31-Dec-2006",86.6]
[null,2007,"31-Mar","31-Mar-2007",86.6]
[null,2007,"30-Jun","30-Jun-2007",87.7]
[null,2007,"30-Sep","30-Sep-2007",88.3]
[null,2007,"31-Dec","31-Dec-2007",89.1]
[null,2008,"31-Mar","31-Mar-2008",90.3]
[null,2008,"30-Jun","30-Jun-2008",91.6]
[null,2008,"30-Sep","30-Sep-2008",92.7]
[null,2008,"31-Dec","31-Dec-2008",92.4]
[null,2009,"31-Mar","31-Mar-2009",92.5]
[null,2009,"30-Jun","30-Jun-2009",92.9]
[null,2009,"30-Sep","30-Sep-2009",93.8]
[null,2009,"31-Dec","31-Dec-2009",94.3]
[null,2010,"31-Mar","31-Mar-2010",95.2]
[null,2010,"30-Jun","30-Jun-2010",95.8]
[null,2010,"30-Sep","30-Sep-2010",96.5]
[null,2010,"31-Dec","31-Dec-2010",96.9]
[null,2011,"31-Mar","31-Mar-2011",98.3]
[null,2011,"30-Jun","30-Jun-2011",99.2]
[null,2011,"30-Sep","30-Sep-2011",99.8]
[null,2011,"31-Dec","31-Dec-2011",99.8]
[null,2012,"31-Mar","31-Mar-2012",99.9]
[null,2012,"30-Jun","30-Jun-2012",100.4]
[null,2012,"30-Sep","30-Sep-2012",101.8]
[null,2012,"31-Dec","31-Dec-2012",102]
[null,2013,"31-Mar","31-Mar-2013",102.4]
[null,2013,"30-Jun","30-Jun-2013",102.8]
[null,2013,"30-Sep","30-Sep-2013",104]
[null,2013,"31-Dec","31-Dec-2013",104.8]
[null,2014,"31-Mar","31-Mar-2014",105.4]
[null,2014,"30-Jun","30-Jun-2014",105.9]
[null,2014,"30-Sep","30-Sep-2014",106.4]
[null,2014,"31-Dec","31-Dec-2014",106.6]
[null,2015,"31-Mar","31-Mar-2015",106.8]
[null,2015,"30-Jun","30-Jun-2015",107.5]
[null,2015,"30-Sep","30-Sep-2015",108]
[null,2015,"31-Dec","31-Dec-2015",108.4]
[null,2016,"31-Mar","31-Mar-2016",108.2]
[null,2016,"30-Jun","30-Jun-2016",108.6]
[null,2016,"30-Sep","30-Sep-2016",109.4]
[null,2016,"31-Dec","31-Dec-2016",110]
[null,2017,"31-Mar","31-Mar-2017",110.5]
[null,2017,"30-Jun",{"$f":"TEXT(DATEVALUE(C134&\"-\"&B134),\"dd-mmm-yyyy\")","v":"30-Jun-2017"},110.7]
[null,2017,"30-Sep","30-Sep-2017",111.4]
[null,2017,"31-Dec","31-Dec-2017",112.1]
[null,2018,"31-Mar","31-Mar-2018",112.6]
[null,2018,"30-Jun","30-Jun-2018",113]
[null,2018,"30-Sep","30-Sep-2018",113.5]
[null,2018,"31-Dec","31-Dec-2018",114.1]
[null,2019,"31-Mar","31-Mar-2019",114.1]
[null,2019,"30-Jun","30-Jun-2019",114.8]
[null,2019,"30-Sep","30-Sep-2019",115.4]
[null,2019,"31-Dec","31-Dec-2019",116.2]
[null,2020,"31-Mar","31-Mar-2020",116.6]
[null,2020,"30-Jun","30-Jun-2020",114.4]
[null,2020,"30-Sep","30-Sep-2020",116.2]
[null,2020,"31-Dec","31-Dec-2020",117.2]
[null,2021,"31-Mar","31-Mar-2021",117.9]
[null,2021,"30-Jun","30-Jun-2021",118.8]
[null,2021,"30-Sep","30-Sep-2021",119.7]
[null,2021,"31-Dec","31-Dec-2021",121.3]
[null,2022,"31-Mar","31-Mar-2022",123.9]
[null,2022,"30-Jun","30-Jun-2022",126.1]
[null,2022,"30-Sep","30-Sep-2022",128.4]
[null,2022,"31-Dec","31-Dec-2022",130.80000000000001]
[null,2023,"31-Mar","31-Mar-2023",132.6]
[null,2023,"30-Jun","30-Jun-2023",133.69999999999999]

{"sheet":"Drop down menus","index":12,"n_rows":39,"n_cols":14,"rows_kept":39,"cut":false,"hidden":true,"merged":[[1,3,1,4],[1,6,1,7],[1,9,1,11],[8,9,8,11]]}
[]
[null,null,null,"Possible vehicle configurations by fleet",null,null,"Filtered configuration lists (automatically generated)",null,null,"Filtered mass lists (automatically generated)"]
[null,"Fleet",null,"PBS","Conventional",null,"Filter list (Vehicle C)","Filter list (Vehicle D)",null,null,"Mass Scheme (Vehicle C)","Mass Scheme (Vehicle D)",null,"Commodity calculator"]
[null,"No selection",null,"3-axle truck and 3-axle dog trailer","2-Axle Rigid",null,{"$f":"IFERROR(_xlfn.XLOOKUP('Freight PASS'!$J$22,'Drop down menus'!$D$3:$E$3,'Drop down menus'!D4:E39,\"\",0),\"\")","v":"2-Axle Rigid"},{"$f":"IFERROR(_xlfn.XLOOKUP('Freight PASS'!$J$29,'Drop down menus'!$D$3:$E$3,D4:E39,\"\",0),\"\")","v":"3-axle truck and 3-axle dog trailer"},null,"Possibilities",{"$f":"_xlfn.TEXTJOIN(\",\",TRUE,IF(Fleet_Data[Description]='Freight PASS'!$M$22, IF(Fleet_Data[Fleet]='Freight PASS'!$J$22,Fleet_Data[Mass Scheme],\"\"),\"\"))","v":"GML,CML,HML"},{"$f":"_xlfn.TEXTJOIN(\",\",TRUE,IF(Fleet_Data[Description]='Freight PASS'!$M$29, IF(Fleet_Data[Fleet]='Freight PASS'!$J$29,Fleet_Data[Mass Scheme],\"\"),\"\"))","v":"GML,CML,HML,GML,CML,HML"},null,"Increase"]
[null,"Conventional",null,"3-axle truck and 4-axle dog trailer","3-Axle Rigid",null,"3-Axle Rigid","3-axle truck and 4-axle dog trailer",null,"GML",{"$f":"IF(ISNUMBER(SEARCH($J5,$K$4)),$J5,\"\")","v":"GML"},{"$f":"IF(ISNUMBER(SEARCH($J5,$L$4)),$J5,\"\")","v":"GML"},null,"Reduce"]
[null,"PBS",null,"3-axle truck and 5-axle dog trailer","4-Axle Rigid",null,"4-Axle Rigid","3-axle truck and 5-axle dog trailer",null,"CML",{"$f":"IF(ISNUMBER(SEARCH($J6,$K$4)),$J6,\"\")","v":"CML"},{"$f":"IF(ISNUMBER(SEARCH($J6,$L$4)),$J6,\"\")","v":"CML"}]
[null,null,null,"3-axle truck and 6-axle dog trailer","4-Axle Twinsteer Rigid Truck",null,"4-Axle Twinsteer Rigid Truck","3-axle truck and 6-axle dog trailer",null,"HML",{"$f":"IF(ISNUMBER(SEARCH($J7,$K$4)),$J7,\"\")","v":"HML"},{"$f":"IF(ISNUMBER(SEARCH($J7,$L$4)),$J7,\"\")","v":"HML"}]
[null,null,null,"4-axle truck and 3-axle dog trailer","5-Axle Twinsteer Rigid Truck",null,"5-Axle Twinsteer Rigid Truck","4-axle truck and 3-axle dog trailer"]
[null,null,null,"4-axle truck and 4-axle dog trailer","3-Axle Semitrailer",null,"3-Axle Semitrailer","4-axle truck and 4-axle dog trailer",null,"Filtered PBS level lists (automatically generated)"]
[null,null,null,"4-axle truck and 5-axle dog trailer","4-Axle Semitrailer",null,"4-Axle Semitrailer","4-axle truck and 5-axle dog trailer",null,null,"PBS level (Vehicle C)","PBS level (Vehicle D)"]
[null,null,null,"4-axle truck and 6-axle dog trailer","5-Axle Semitrailer",null,"5-Axle Semitrailer","4-axle truck and 6-axle dog trailer",null,"Possibilities",{"$f":"_xlfn.TEXTJOIN(\",\",TRUE,IF(Fleet_Data[Description]='Freight PASS'!$M$22,IF(Fleet_Data[Fleet]='Freight PASS'!$J$22,IF(Fleet_Data[Mass Scheme]='Freight PASS'!$P$22,Fleet_Data[PBS Level],\"\"),\"\"),\"\"))","v":"n/a"},{"$f":"_xlfn.TEXTJOIN(\",\",TRUE,IF(Fleet_Data[Description]='Freight PASS'!$M$29,IF(Fleet_Data[Fleet]='Freight PASS'!$J$29,IF(Fleet_Data[Mass Scheme]='Freight PASS'!$P$29,Fleet_Data[PBS Level],\"\"),\"\"),\"\"))","v":"2,3"}]
[null,null,null,"2-axle prime mover and 2-axle semitrailer","6-Axle Semitrailer",null,"6-Axle Semitrailer","2-axle prime mover and 2-axle semitrailer",null,"n/a",{"$f":"IF(ISNUMBER(SEARCH($J12,$K$11)),$J12,\"\")","v":"n/a"},{"$f":"IF(ISNUMBER(SEARCH($J12,$L$11)),$J12,\"\")","v":""}]
[null,null,null,"3-axle prime mover and 2-axle semitrailer","2-Axle Truck and 2-Axle Dog Trailer",null,"2-Axle Truck and 2-Axle Dog Trailer","3-axle prime mover and 2-axle semitrailer",null,1,{"$f":"IF(ISNUMBER(SEARCH($J13,$K$11)),$J13,\"\")","v":""},{"$f":"IF(ISNUMBER(SEARCH($J13,$L$11)),$J13,\"\")","v":""}]
[null,null,null,"3-axle prime mover and 3-axle semitrailer","2-Axle Truck and 2-Axle Pig Trailer",null,"2-Axle Truck and 2-Axle Pig Trailer","3-axle prime mover and 3-axle semitrailer",null,2,{"$f":"IF(ISNUMBER(SEARCH($J14,$K$11)),$J14,\"\")","v":""},{"$f":"IF(ISNUMBER(SEARCH($J14,$L$11)),$J14,\"\")","v":2}]
[null,null,null,"4-axle prime mover and 3-axle semitrailer","3-Axle Truck and 2-Axle Dog Trailer",null,"3-Axle Truck and 2-Axle Dog Trailer","4-axle prime mover and 3-axle semitrailer",null,3,{"$f":"IF(ISNUMBER(SEARCH($J15,$K$11)),$J15,\"\")","v":""},{"$f":"IF(ISNUMBER(SEARCH($J15,$L$11)),$J15,\"\")","v":3}]
[null,null,null,"3-axle prime mover and quad-axle semitrailer","3-Axle Truck and 2-Axle Pig Trailer",null,"3-Axle Truck and 2-Axle Pig Trailer","3-axle prime mover and quad-axle semitrailer",null,4,{"$f":"IF(ISNUMBER(SEARCH($J16,$K$11)),$J16,\"\")","v":""},{"$f":"IF(ISNUMBER(SEARCH($J16,$L$11)),$J16,\"\")","v":""}]
[null,null,null,"4-axle prime mover and quad-axle semitrailer","3-Axle Truck and 3-Axle Dog Trailer",null,"3-Axle Truck and 3-Axle Dog Trailer","4-axle prime mover and quad-axle semitrailer"]
[null,null,null,"Prime mover and semitrailer with 2 axle groups (2-1)","3-Axle Truck and 3-Axle Pig Trailer",null,"3-Axle Truck and 3-Axle Pig Trailer","Prime mover and semitrailer with 2 axle groups (2-1)"]
[null,null,null,"Prime mover and semitrailer with 2 axle groups (1-3)","3-Axle Truck and 4-Axle Dog Trailer",null,"3-Axle Truck and 4-Axle Dog Trailer","Prime mover and semitrailer with 2 axle groups (1-3)"]
[null,null,null,"3-axle prime mover B-double (2-2)","4-Axle Truck and 3-Axle Dog Trailer",null,"4-Axle Truck and 3-Axle Dog Trailer","3-axle prime mover B-double (2-2)"]
[null,null,null,"3-axle prime mover B-double (3-2)","4-Axle Truck and 4-Axle Dog Trailer",null,"4-Axle Truck and 4-Axle Dog Trailer","3-axle prime mover B-double (3-2)"]
[null,null,null,"3-axle prime mover B-double (3-3)","7-Axle B-Double",null,"7-Axle B-Double","3-axle prime mover B-double (3-3)"]
[null,null,null,"3-axle prime mover B-double (4-3)","8-Axle B-Double",null,"8-Axle B-Double","3-axle prime mover B-double (4-3)"]
[null,null,null,"3-axle prime mover B-double (4-4)","9-Axle B-Double",null,"9-Axle B-Double","3-axle prime mover B-double (4-4)"]
[null,null,null,"3-axle prime mover A-double (2-2-2)","9-Axle A-Double",null,"9-Axle A-Double","3-axle prime mover A-double (2-2-2)"]
[null,null,null,"3-axle prime mover A-double (3-2-3)","11-Axle A-Double",null,"11-Axle A-Double","3-axle prime mover A-double (3-2-3)"]
[null,null,null,"3-axle prime mover A-double (3-3-3)","12-Axle A-Double",null,"12-Axle A-Double","3-axle prime mover A-double (3-3-3)"]
[null,null,null,"A-triple (3-3-3-3-3)","12-Axle Modular B-Triple",null,"12-Axle Modular B-Triple","A-triple (3-3-3-3-3)"]
[null,null,null,"B-triple (3-3-3)","12-Axle B-Triple",null,"12-Axle B-Triple","B-triple (3-3-3)"]
[null,null,null,"AB-triple (3-3-3-3)","14-Axle AB-Triple",null,"14-Axle AB-Triple","AB-triple (3-3-3-3)"]
[null,null,null,"BA-triple (3-3-3-3)","15-Axle AB-Triple",null,"15-Axle AB-Triple","BA-triple (3-3-3-3)"]
[null,null,null,"AB-double (1-2-1)","11-Axle Rigid Truck and 2 Dog Trailers",null,"11-Axle Rigid Truck and 2 Dog Trailers","AB-double (1-2-1)"]
[null,null,null,"3-axle truck and 2-axle pig trailer","16-Axle A-Triple",null,"16-Axle A-Triple","3-axle truck and 2-axle pig trailer"]
[null,null,null,"4-axle truck and 2-axle pig trailer","18-Axle A-Triple",null,"18-Axle A-Triple","4-axle truck and 2-axle pig trailer"]
[null,null,null,{"$f":"\"\"","v":""},"13-Axle Rigid Truck and 2 Dog Trailers",null,"13-Axle Rigid Truck and 2 Dog Trailers",""]
[null,null,null,{"$f":"\"\"","v":""},"17-Axle BAB-Quad",null,"17-Axle BAB-Quad",""]
[null,null,null,{"$f":"\"\"","v":""},"18-Axle BAB-Quad",null,"18-Axle BAB-Quad",""]
[null,null,null,{"$f":"\"\"","v":""},"17-Axle ABB-Quad",null,"17-Axle ABB-Quad",""]
[null,null,null,{"$f":"\"\"","v":""},"18-Axle ABB-Quad",null,"18-Axle ABB-Quad",""]