the electric vehicle battery range

1. The electric vehicle battery range may vary depending on several factors:

In actual use, the electric vehicle battery range may vary depending on several factors:
– the speed;
– the driving style;
– the type of road;
– the temperature of the cabin.
You can control in part the range of your vehicle. To achieve this, you need to monitor these factors.

2. Renault ZOE's battery range:

The range of the vehicle given by the homologated combined cycle NEDC (*) is 210 km(**). In actual use, the electric vehicle battery range may vary depending on several factors. You can control in part the range of your vehicle. To achieve this, you need to monitor these factors. For example, on a suburban route, you can make usually around 100 km in winter and 150 km in the summer.

3. Fluence Z.E.'s battery range:

The range of the vehicle given by the homologated combined cycle NEDC (*) is 185 km. In actual use, the electric vehicle battery range may vary depending on several factors. You can control in part the range of your vehicle. To achieve this, you need to monitor these factors. For example, on a suburban route, you can make usually around 85 km in winter and 135 km in the summer.

4. Kangoo Z.E.'s battery range:

The range of the vehicle given by the homologated combined cycle NEDC (*) is 170 km. In actual use, the electric vehicle battery range may vary depending on several factors. You can control in part the range of your vehicle. To achieve this, you need to monitor these factors. For example, on a suburban route, you can make usually around 80 km in winter and 125 km in the summer.

5. Renault TWIZY's battery range:

Range ECE-15:
Twizy 45 : 120 km
Twizy : 100 km

The range measured and certified by UTAC vehicle in ECE-15 is 100km for Twizy.
As the fuel consumption of an internal combustion engine vehicle, in actual use, the battery life of Twizy is influenced by several variables which themselves depend predominantly on the driver. Speed, slope of the road and driving style adopted, are the main ones. For example, you can usually achieve 70 to 80 km using a battery friendly driving style, and around 55km under rough conditions of use. That's why we give you the possibility to control your battery life with the new onboard instrument panel, including the econometer which tells you in real time the remaining energy. To maximize your battery life, you can maximize the energy recovery from deceleration and limit the use of energy-consuming accessories (e.g. defog the windshield, headlights).

(*) The NEDC ("New European Driving Cycle," European standard for measuring emissions and consumption) is a standardised method of measuring consumption based on testing of identical tests for all types of vehicles in Europe. It is therefore an objective criteria to measure the performance gaps between models from different manufacturers. The vehicle is placed on a dynamometer and it is subjected to three times the same urban route test (ECE-15 cycle) three times in a row, then once the extra-urban test. The average of these four cycles give the average range.

(**) Autonomy approved NEDC at 195km with 17'' wheels