EV range in winter

In winter, cabin heating takes most of the range, and a cold battery charges more slowly on a fast charger.

Translated from Serbian. Where the exact wording matters, the Serbian original applies.

An electric car with frost on the roof charging at a DC charger by the motorway in winter
  • At 0 °C an electric car keeps on average 78 % of its range, depending on the model 69–88 %
  • January in the plains of Serbia is around 0 °C, in Belgrade 0,4 °C on average
  • Heating the cabin air uses 3.000–5.000 W, heated seats and steering wheel about 75 W
  • A heat pump gives about 10 % more range at 0 °C
  • Most cars heat the battery for fast charging only when the charger is the destination in the car's navigation

How much range you lose

At 0 °C an electric car covers on average about four fifths of the range it has at 21–27 °C. Most of the difference goes to heating the cabin and the battery. The loss is temporary: when it gets warmer, the range comes back.

Terms Range
0 °C, average of 34 models 78 % of maximum
0 °C, best and weakest model 88 % and 69 %
Around −7 °C, heating on about 41 % less than at 24 °C
Motorway, 0 °C consumption on average 57 % above WLTP
Details: tests and colder parts of Serbia
  • ADAC, driving at 0 °C: the Renault Zoe and Peugeot e-208 each used 21 % more than in summer, the VW ID.3 about 30 % more.
  • ADAC long-term tests: in winter consumption was 25–31 % higher, depending on the car.
  • ADAC motorway 2026, 0 °C: the Audi A6 Avant e-tron performance covered 441 km at 23,2 kWh/100 km. Its WLTP range is 719 km.
  • Green NCAP: the Cupra Born drops from 328 km in warm weather to 221 km in the cold, the BYD Sealion 7 from about 400 km to 337 km.
  • Norway, El Prix 2026: 24 cars at temperatures down to −32 °C covered on average 38 % less than their WLTP figures.
  • Serbia, January (RHMZ, averages 1961–1990): up to 300 m above sea level from −1,0 to 0,0 °C, the Timok region and basins down to −3,0 °C, at 300–500 m from −3,0 to −1,0 °C, above 1.000 m from −6,0 to −3,0 °C.
  • Recurrent's data are from the USA. A model's maximum range is measured there at 21–27 °C.

Heating: the biggest difference

  • Heated seats and steering wheel use about 75 W, cabin air heating 3.000–5.000 W.
  • Warm up the cabin while the car is plugged in. The heat then comes from the grid, not from the battery.
  • A heat pump gives about 10 % more range at 0 °C. When buying, check whether the model has one.
  • Recirculation warms the cabin faster. Open doors and windows as little as possible.
Details: how much heating takes
  • AAA, around −7 °C: with heating on, range was about 41 % lower than at 24 °C. Without climate control the loss averaged up to 12 % (2019 test).
  • BMW i3 in Recurrent's test: without heating 20 % less range in the cold, with heating 50 % less.
  • Recurrent (InsideEVs): with a heat pump cars keep 83 % of their range at 0 °C, without one 75 %. A Tesla Model 3 with a heat pump keeps 87 %, without one 79 %.
  • A heat pump does not produce heat like an ordinary heater, it moves it, so it uses less electricity.

Charging at a public charger in winter

  • Charge after driving, while the battery is warm. According to ADAC, fast charging in the evening after a drive is better than charging in the morning before setting off.
  • Enter the charger as the destination in the car's navigation. Navigation on a phone does not start battery heating.
  • Heat the cabin while charging. After charging ends, Charge&GO and Orion on their own chargers allow 15 minutes, then charge 5 RSD per minute.
  • Keep a bigger reserve. ADAC advises using the reserve after the warning only in an emergency.
Details: a cold battery on a fast charger
  • A battery takes power fastest at 20–40 °C.
  • ADAC, −7 °C: without a preheated battery a Tesla stays at the charger 56 instead of 33 minutes, 70 % longer. How much slower other models charge and why: why a car charges slowly on a fast charger.
  • In the El Prix 2026 test many cars with a preheated battery charged from 10 to 80 % in close to the stated time.
  • In an ADAC measurement, heating the battery at a DC charger added 2–8 % losses.
  • With per-minute billing, slower charging means a more expensive kWh: how to pay less at a public charger.

Driving and traffic jams

  • Drive slower on the motorway. Speed can affect range more than temperature.
  • Check tyre pressure once a month. It drops in the cold, and rolling resistance rises.
  • Clear snow and ice before setting off. Extra weight and worse aerodynamics use up range.
  • Avoid short trips with long breaks. The cabin and battery cool down and have to be warmed up again.
  • In a traffic jam a car can heat for hours. The VW e-Up and Renault Zoe last 12 hours and more with a heated seat and 22 °C in the cabin.
Details: what uses almost nothing
  • Radio and navigation use about 0,03 kW, which is about 180 m of range per hour.
  • In a long traffic jam you save power with a lower cabin temperature and the heated seat instead of warm air.
  • Chargers by city and along motorways: charger map, for example in Belgrade.
Sources (20)

Updated 29.10.2026 · next check 28.11.2026 · Report an error

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