Volvo Electric Car Range Calculator
Use our interactive electric car range calculator to find out what distance a Volvo electric car can travel
Fully electric cars
Motor type
Driving scenario - City
City driving and low average speeds tend to be the most efficient scenarios for electric cars.
Select outdoor temperature
In hotter climates, demands on the battery will be higher if the air conditioning is used and will affect range.
Air conditioning - Off
The use of the air conditioning will place extra loading on the battery in mild and hot temperatures and will affect range.
*WLTP testing is controlled and standardised. The range estimates presented are experimental results and are solely used for illustrative purposes to demonstrate the possible effects of driving style, temperature, air conditioning usage and heat pump availability on range. The range is estimated for an average customer car, without preconditioning, and are derived from testing centre and real-world driving tests performed by Volvo Cars. These outcomes are not guaranteed. Your real-world range outcomes may vary from those above.
**The testing results presented are data obtained from laboratory tests conducted internationally, according to the international standard known as WLTP (Worldwide Harmonized Light Vehicle Test Procedure). In addition, vehicles sold in Thailand will undergo testing in the laboratory in Thailand once again, following NEDC (New European Driving Cycle). Note that these results may differ from the previously mentioned data or actual data, depending on virous factors such as environmental temperature, driving conditions, and the number of passengers in the vehicle. Please refer to the testing results from the laboratory in Thailand for virous vehicle models, which can be obtained from Volvo retailers.
Just like a combustion vehicle, a more economical driving style will help to increase the range of an electric car. Driving at higher speeds requires more energy, therefore, a smooth driving style at reduced speeds will help to improve overall range. All electric Volvo’s include the ‘Range Assistant’ app, a useful tool to check energy consumption and to help develop a more efficient driving style.
The range of an electric car can be reduced in cold temperatures, as the battery works less efficiently. And an electrical heater uses a lot of energy to warm the cabin. To help preserve your electric range in colder temperatures pre-heat your Volvo remotely via the Volvo App, whilst connected to your wallbox before starting your journey. So that you use the mains, instead of the car battery, to heat the car. And during your journey, the heated seats and steering wheel use much less electrical energy than the heater.
Also known as ‘regenerative braking’, all fully electric Volvo’s come with one pedal drive as standard. This allows the user to slow down the car when they release the accelerator pedal, acting like a brake (don’t worry, you still get a brake pedal). In doing so, the electric motor within the car performs like an electric generator, helping to recharge the battery every time you slow down.
Take a closer look at our fully electric cars
Browse our next-generation models and discover the everyday benefits that come with driving a Volvo electric car.
Fully electric cars
Our fully electric cars offer emissions-free driving without compromising range and power.
Plug-in hybrid cars
Plug-in hybrids pair an electric motor and a combustion engine for worry-free driving.
WLTP, short for Worldwide Harmonized Light Vehicles Test Procedure, Electric Car Range is the estimated distance an electric car can travel on a single charge based on standardised testing.
The lifespan of electric car batteries can vary, but on average, they can last between 8 to 15 years or more, depending on factors such as battery type, usage patterns, charging habits, and environmental conditions.
The EX90 is currently the Volvo with the longest range.
