Procedure used to establish the values
The values in the table below are established in accordance with WLTP1, which is an international test method performed in a laboratory environment. The method uses drive cycles to simulate an average driving run of the car. Every drive cycle is determined by different conditions such as speed, time and mileage.
The standard is based on four drive cycle profiles with different average speeds:
| Urban driving | Low speed |
| Suburban driving | Medium speed |
| Extra-urban driving | High speed |
| Motorway driving | Extra high speed |
Symbol explanation
This is an explanation of the symbols used in the specification table below.
 | Weighted combined value. The value is weighted between electric operation and fuel operation over the entire drive cycle. |
 | Gram CO₂/km. |
 | Litre/100 km. |
 | Certified value for the car's potential range (km) when using the electric motor2. |
 | Urban and suburban driving. |
 | Average value over all four drive cycle phases (urban, suburban, extra-urban and motorway driving). |
 | Certified value for the car's electricity consumption (kWh/100 km). The value is an average over all four drive cycle phases (urban, suburban, extra-urban and motorway driving). |
 | Low value. |
 | High value. |
Note
The capacity of the traction battery decreases with age and use, which could result in increased use of the combustion engine, leading to higher fuel consumption and reduced electric range.
Specifications for range, fuel consumption and electricity consumption
| | | |||
| | | | ||
| 30 | 1.2 | 19.4 | 87 | 71 |
| 36 | 1.6 | 21.4 | 75 | 63 |
Note
If data is missing in the table, it will be updated at a later date.
Certified values and actual values
When driving, the car's electricity consumption and range, or fuel consumption can differ from the certified values. Some reasons for this may be:
- Driving style.
- Extra equipment and cargo affect the car's weight or air resistance.
- Non-standard wheels can increase rolling resistance and air resistance.
- High speed causes increased air resistance.
- Road, traffic and weather conditions.
- The general condition of the car.
- Fuel grade.
- Not charging the car regularly from the mains.