Winter’s Chill: How Cold Weather Affects Electric Vehicles
As winter approaches, electric vehicle (EV) owners are reminded of a persistent issue: the reduction in driving range due to cold temperatures. This seasonal challenge, while significant, is not insurmountable, especially with advancements in EV technology.
A recent study by Recurrent, a battery health startup, sheds light on this issue. Analyzing 34 popular EV models, the study reveals that these vehicles retain about 78% of their typical range when temperatures drop. To illustrate, an EV that usually offers a 300-mile range might see a reduction to approximately 234 miles in freezing weather.
“All cars lose efficiency in the cold weather,” notes Recurrent’s study. “Whether gas or electric, overall range decreases and fueling costs increase in harsher winter climates. That’s the unfortunate news for all drivers, regardless of powertrain.”
Honda Prologue Winter Driving
Photo by: InsideEVs
The extent of range loss varies based on several factors, including the vehicle’s model, temperature, driving speed, and more. Recurrent’s research highlights this variability: “The best winter range EV gets 88% of its maximum range at 32 degrees F and the worst gets only 69%.”
The Role of Heat Pumps in EVs
One effective solution to mitigate range loss is the integration of heat pumps in EVs. These devices operate like home heating and cooling systems, extracting heat from the outside air—even in cold conditions—and transferring it inside the vehicle. This reduces the energy load on the car’s climate control system, preserving more of the battery’s charge for driving.
2025 Kia EV6
Photo by: Patrick George
Many modern EVs now come equipped with heat pumps as standard. However, not all older models have them, so it’s crucial for potential buyers, especially of used vehicles, to verify this feature. Recurrent offers a list of EVs with heat pumps, but checking the manufacturer’s specifications is always advisable. For instance, Audi’s EVs typically include heat pumps, though there was a temporary halt in their Q4 E-Tron models due to supply chain issues.
EV Models with Heat Pumps
- 2024+ Acura ZDX
- 2025+ Audi E-Tron models
- 2024+ BMW i4, iX, i7, and iX3
- 2023+ Cadillac Lyriq
- Chevrolet Blazer EV
- Chevrolet Equinox EV
- 2024+ Ford F-150 Lightning
- 2025+ Ford Mustang MachE
- Hyundai, Kia, Genesis EVs
- 2024+ Honda Prologue EV
- 2024+ Lucid Motors EVs
- 2026+ Nissan Leaf (SV+, Platinum)
- Polestar 2 with Plus Pack/Climate Pack
- Polestar 3, Polestar 4
- 2021+ Tesla Model 3, Y, S, X
- 2024+ Tesla Cybertruck
- Volvo EX30, EX90, EX40 Recharge, C40 Recharge
In the case of Tesla, the Model 3 has included a heat pump since its 2021 refresh, highlighting its impact on winter performance. Recurrent’s data provides a comparative look at models with and without this feature, illustrating the substantial difference it makes.
Recurrent
Photo by: Recurrent
While advancements continue to improve EV performance in cold climates, ensuring your vehicle is equipped with a heat pump is a practical step in maximizing range efficiency during winter months.
Original Story at insideevs.com