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Compare several different vehicles star ratings and view a summary of data based on fuel consumption, fuel cost, electric range and emissions
Edit annual cost calculation parameters
The VESR calculator has an example diesel price set as $2/L. You can edit the VESR calculator and change the example diesel price.
The VESR calculator has an example petrol price set as $2/L. You can edit the VESR calculator and change the example petrol price.
The VESR calculator has an example electricity price set as $0.35/kWh. You can edit the VESR calculator and change the example electricity price.
Annual cost calculated based on
14,000km
Annual travel distance
$0.35/kWh
Avg electricity price
Avg electricity price
The VESR calculator has an example electricity price set as 0.35c/kWh. You can edit the VESR calculator and change the example electricity price.
$2/L
Avg diesel price
Avg diesel price
The VESR calculator has an example diesel price set as $2/L. You can edit the VESR calculator and change the example diesel price.
$2/L
Avg petrol price
Avg petrol price
The VESR calculator has an example petrol price set as $2/L. You can edit the VESR calculator and change the example petrol price.
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$
14,000 km/yr @ $0.35 /kWh $2 /L $2 /L
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Indicates expected driving range when fully charged.
Summary
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$
14,000 km/yr @ $0.35 /kWh $2 /L $2 /L
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Electric range is based on testing performed under controlled conditions by WLTP standards. Real world results may vary due to different driving conditions.
Vehicle details
door, seat
WD
Tailpipe C02 (g/km)
Carbon dioxide emissions data is measured in grams per kilometre and is based on standardised lab testing. The lab testing involves different phases that imitate different kinds of driving. The data is provided to the Australian Government by vehicle manufacturers.
Fuel consumption
Fuel consumption - indicates the vehicle’s fuel consumption in litres of fuel per 100 kilometres (L/100km). These vehicle details are the result of standardised lab testing submitted by vehicle manufactures to the Australian Government’s Green Vehicle Guide.
The results produced in lab testing are a useful guide to understanding vehicle fuel consumption although do not simulate all possible real world driving conditions. Actual fuel consumption may vary according to traffic and road conditions based on the condition of the vehicle and how it is driven.
Electricity consumption
Electricity consumption – indicates the vehicle’s electricity consumption in watt hours per kilometre (Wh/km). These vehicle details are the result of standardised lab testing submitted by vehicle manufactures to the Australian Government’s Green Vehicle Guide.
The results produced in lab testing are a useful guide to understanding expected driving range but do not simulate all possible real world driving conditions. Actual driving range may vary according to traffic and road conditions based on the condition of the vehicle and how it is driven.
Electric range (variable)
Electric range (variable) - Indicates expected driving range per kilometre (km) when fully charged. These vehicle details are the results of standardised lab testing (NEDC drive cycle) submitted by vehicle manufactures to the Australian Government’s Green Vehicle Guide.
The results produced in lab testing are a useful guide to understanding expected driving range although do not simulate all possible real world driving conditions. Actual driving range may vary according to traffic and road conditions based on the condition of the vehicle and how it is driven.
Summary
The summary includes the vehicle’s fuel consumption, electricity consumption and the annual energy cost.
Vehicle details
Vehicle details are reported by manufacturers to the Australian Government. Vehicle data is drawn under license from the Australian Government’s Green Vehicle Guide.
Tailpipe CO2 (g/km)
Tailpipe Carbon Dioxide (CO2) – indicates the vehicles CO2 emissions in grams per kilometre (g/km). These details are the result of standardised lab testing submitted by vehicle manufactures to the Australian Government’s Green Vehicle Guide.
Results are presented in the following three categories:
Combined (calculated to display the VESR star rating)
This category provides a figure which is a distance-weighted average of the Urban and Extra test phases.
Urban
This category tests the vehicle at a low average speed where conditions are typically stop-start traffic and engine idling.
Extra
This category tests the vehicle at a high average speed where conditions are typically at a constant speed.
The results produced in lab testing are a useful guide to understanding Vehicle Carbon dioxide (CO2) emissions but do not simulate all possible real world driving conditions. Actual emissions produced may vary according to traffic and road conditions based on the condition of the vehicle and how it is driven.
How this rating is calculated
Vehicles are rated in half star increments based upon the vehicle's tailpipe carbon dioxide (CO2) emissions released per kilometre. Only vehicles with no tailpipe emissions achieve a 6-star rating.
Annual electricity cost
Estimated annual costs are calculated using the default values set in the VESR calculator and based on a vehicle travelling 14,000 km in a year. Select Edit to adjust the default price and annual travelling distance in the VESR calculator to reflect your personal circumstances.
The cost calculation for each engine type is:
Petrol & diesel vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Hybrid vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Plug in Hybrids: L per km (fuel consumption Combined/100) x average price per litre ($) + kWh per km (electricity consumption in Wh per km/1000) x average price per KWh ($) = Energy cost per km ($)
Energy cost per km ($) x distance travelled per year (km) = Annual energy cost ($)
Electric vehicles: kWh per km (electricity consumption in Wh per km/1000) x distance travelled per year (km) x average price per kWh ($) = Annual cost ($)
Annual petrol cost
Estimated annual costs are calculated using the default values set in the VESR calculator and based on a vehicle travelling 14,000 km in a year. Select Edit to adjust the default price and annual travelling distance in the VESR calculator to reflect your personal circumstances.
The cost calculation for each engine type is:
Petrol & diesel vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Hybrid vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Plug in Hybrids: L per km (fuel consumption Combined/100) x average price per litre ($) + kWh per km (electricity consumption in Wh per km/1000) x average price per KWh ($) = Energy cost per km ($)
Energy cost per km ($) x distance travelled per year (km) = Annual energy cost ($)
Electric vehicles: kWh per km (electricity consumption in Wh per km/1000) x distance travelled per year (km) x average price per kWh ($) = Annual cost ($)
Annual diesel cost
Estimated annual costs are calculated using the default values set in the VESR calculator and based on a vehicle travelling 14,000 km in a year. Select Edit to adjust the default price and annual travelling distance in the VESR calculator to reflect your personal circumstances.
The cost calculation for each engine type is:
Petrol & diesel vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Hybrid vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Plug in Hybrids: L per km (fuel consumption Combined/100) x average price per litre ($) + kWh per km (electricity consumption in Wh per km/1000) x average price per KWh ($) = Energy cost per km ($)
Energy cost per km ($) x distance travelled per year (km) = Annual energy cost ($)
Electric vehicles: kWh per km (electricity consumption in Wh per km/1000) x distance travelled per year (km) x average price per kWh ($) = Annual cost ($)
Annual energy cost
Estimated annual costs are calculated using the default values set in the VESR calculator and based on a vehicle travelling 14,000 km in a year. Select Edit to adjust the default price and annual travelling distance in the VESR calculator to reflect your personal circumstances.
The cost calculation for each engine type is:
Petrol & diesel vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Hybrid vehicles: L per km (fuel consumption Combined/100) x distance travelled per year (km) x average price per litre ($) = Annual cost ($)
Plug in Hybrids: L per km (fuel consumption Combined/100) x average price per litre ($) + kWh per km (electricity consumption in Wh per km/1000) x average price per KWh ($) = Energy cost per km ($)
Energy cost per km ($) x distance travelled per year (km) = Annual energy cost ($)
Electric vehicles: kWh per km (electricity consumption in Wh per km/1000) x distance travelled per year (km) x average price per kWh ($) = Annual cost ($)
Compare vehicles
Note: Vehicle variants displayed are dependent on what Model Year you have selected