Winter conditions can significantly reduce the range of electric vehicles (EVs), a reality influenced by several factors such as chemical and mechanical reactions within the battery and the need to heat the cabin. According to a study by Recurrent, the range of EVs in winter typically drops to about 70.3% of their range in ideal temperatures. However, different models react differently:

• Volkswagen ID.4: can lose up to 46% of its range.
• Hyundai Kona Electric: loses 34% of its range.
• Audi e-tron: loses only 16% of its range.
• Ford F-150 Lightning: loses 26% of its range.
• Ford Mustang Mach-E: loses 34% of its range.
• Tesla Model Y: loses 24% of its range.
• Tesla Model 3: loses 24% of its range.
• Chevrolet Bolt: loses 42% of its range.
• Tesla Model X: loses 24% of its range.
• Nissan Leaf 2019 Plus: loses 23% of its range.
• Tesla Model S 90D: loses 28% of its range.
• Nissan Leaf 2015: loses 34% of its range.

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Why Does This Happen?

Chemical Reactions in the Battery: Cold temperatures inhibit chemical reactions, reducing the battery's available power.

Cabin Heating: EVs use energy from the battery to heat the cabin, which decreases the overall range.

How to Minimize Range Loss:

• Precondition Your Vehicle: Warm up the vehicle while it’s still connected to the charger.
• Use Heat Pumps: A more efficient way to heat the cabin.
• Seat and Steering Wheel Heating: Consumes less energy than heating the entire cabin.

Source: Recurrent Auto