Warm up your car while it’s still plugged into the charger before heading out. This process, known as pre-conditioning, heats both the battery and cabin without using energy from the battery pack. It not only maximizes your range but also ensures your car is cosy and ready to go when you are.
Stay warm efficiently by using your heated seats and steering wheel instead of the cabin heater. Targeted heating uses significantly less energy than warming the entire interior, helping you conserve battery power and extend your EV's driving range during winter journeys.
Whenever you can, park your EV in a garage or another sheltered space. This helps keep the battery and cabin warmer, reducing the energy required to heat them up before driving. A warmer environment also supports better battery efficiency and performance in colder weather.
In colder weather, it’s important to charge your EV more often to maintain its performance. Try to charge during the day when temperatures are warmer, as this can speed up the process and help preserve your battery’s health.
Planning your trips can significantly improve your EV’s efficiency. For short journeys, you can avoid draining the battery completely, while longer trips benefit from strategically placed charging stops.
At CUPRA, we offer tools to help you navigate your journeys with ease. The My CUPRA app features the Electric Vehicle Route Planner (EVRP), which helps you locate charging stations and plan routes with charging points along the way.
Additionally, models like the CUPRA Born and Tavascan offer the CUPRA Charging Map in the vehicle’s navigation system. This app lets you search for and filter public charging stations, start charging, and plan your route with all necessary stops for recharging.
DISCLAIMER:
These tips are general recommendations to improve your EV’s winter performance. Results may vary based on driving habits, vehicle condition, and weather. CUPRA does not guarantee specific outcomes or battery performance. Always adapt to real-time conditions for safety and efficiency.