Electric car rental
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SIXT Electric car rental worldwide
Electric car rental
Get a great deal while driving the latest premium models with an electric car rental from SIXT. Drive an electric vehicle from a top brand, like the BMW i4, BMW iX Tesla Model Y Long Range and Tesla Model 3. Our premium EVs are paired with friendly customer service, easy booking.
Good to know when renting with SIXT
Yes, some vehicles may have charging cables or adapters included if needed.
Yes, SIXT will provide you with instructions on how to charge when you pick up your electric vehicle. If you are driving a Tesla you can download the Tesla app and find nearby charging stations during your trip.
For Tesla rentals you can download the Tesla app and then search for nearby charge points that meet your needs. For other electric cars, we’ll provide instructions at pick-up on how you can charge the vehicle.
The charging cost and how it’s calculated varies throughout the US. In some cases, you pay per kilowatt-hour (kWh) used while in others you pay per minute of charging.
For the Tesla Model 3 and Model Y, supercharging with Tesla network is included in your short term rentals*. With all other EV rentals, you pay for the charging cost of your electric car rental at the charging station.
- A short term rental is defined by a rental up to 28 days maximum.
There are several factors impacting the range of an electric car.
- Speed: High speeds such as motorway driving increase energy use and therefore reduce your range. Urban driving at a lower speed with stop-and-go traffic generally means lower consumption and a longer range
- Weather: The ideal temperature for maximum range is around 68 degrees Fahrenheit (20 C). In cold weather the battery uses energy to heat both the battery and the interior of the vehicle.
- Driving style: Electric cars have a rapid throttle response that makes them fun to drive. However, the maximum range is reached with smooth acceleration and maximum use of the regenerative braking.
The braking behavior of the electric vehicle is also different. In addition to the conventional braking system, electric vehicles utilize Regenerative Braking. Here, when the accelerator pedal is released, the electric motor is used as a generator and kinetic energy is converted into electrical energy. In this process, the car slows down. In some cases, Regenerative Braking is so powerful that the conventional brakes rarely need to be used.
