What is the driving range of an electric car?
The range of an electric vehicle depends on two main factors:
- Battery capacity (measured in kWh), which is comparable to the size of a fuel tank.
- The vehicle's consumption varies depending on the motor, weight, equipment, and how you use it.
In practice, range corresponds to the battery capacity divided by the average consumption. Therefore, the higher the power consumption (speed, heating, etc.), the shorter the range.
WLTP range of our E-Tech electric vehicles
The reported ranges are measured in accordance with the WLTP standard, which allows for the comparison of vehicles on the market under identical conditions. However, these figures may vary depending on actual usage (temperature, driving style, type of trip).
Discover the driving range of our electric vehicles directly on the Renault configurator.
Note: The WLTP cycle allows you to compare vehicles under identical conditions, but it does not always reflect your actual usage (temperature, speed, driving style, etc.).
What factors influence driving range?
- Speed: the faster you drive, the higher the energy consumption.
- Indoor comfort, heating in the winter and air conditioning in the summer, consumes energy.
- Outside temperature: the colder it is, the harder it is to draw energy from the battery, and the greater the resistance from the air and tyres.
- Driving style: smooth, anticipatory driving helps preserve range.
- Weight and aerodynamics: the weight being carried and external accessories affect fuel consumption.
- Terrain and road type, such as highways and elevation changes, reduce driving range.
Technologies to maximise your driving range
Renault electric vehicles feature technologies designed to help manage energy consumption:
- ECO mode: adjusts certain settings to reduce energy consumption.
- Heat pump (depending on model): limits the impact of heating on driving range.
- Preconditioning: heats or cools the passenger compartment while the vehicle is charging to conserve energy while driving.
The range of an electric vehicle depends on two main factors:
- Battery capacity (measured in kWh), which is comparable to the size of a fuel tank.
- The vehicle's consumption varies depending on the motor, weight, equipment, and how you use it.
In practice, range corresponds to the battery capacity divided by the average consumption. Therefore, the higher the power consumption (speed, heating, etc.), the shorter the range.
WLTP range of our E-Tech electric vehicles
The reported ranges are measured in accordance with the WLTP standard, which allows for the comparison of vehicles on the market under identical conditions. However, these figures may vary depending on actual usage (temperature, driving style, type of trip).
Discover the driving range of our electric vehicles directly on the Renault configurator.
Note: The WLTP cycle allows you to compare vehicles under identical conditions, but it does not always reflect your actual usage (temperature, speed, driving style, etc.).
What factors influence driving range?
- Speed: the faster you drive, the higher the energy consumption.
- Indoor comfort, heating in the winter and air conditioning in the summer, consumes energy.
- Outside temperature: the colder it is, the harder it is to draw energy from the battery, and the greater the resistance from the air and tyres.
- Driving style: smooth, anticipatory driving helps preserve range.
- Weight and aerodynamics: the weight being carried and external accessories affect fuel consumption.
- Terrain and road type, such as highways and elevation changes, reduce driving range.
Technologies to maximise your driving range
Renault electric vehicles feature technologies designed to help manage energy consumption:
- ECO mode: adjusts certain settings to reduce energy consumption.
- Heat pump (depending on model): limits the impact of heating on driving range.
- Preconditioning: heats or cools the passenger compartment while the vehicle is charging to conserve energy while driving.
