Embracing the Benefits of Electric Cars In Winter

As winter sets in, the discussion between electric cars and combustion vehicles gains renewed focus. While conventional wisdom might suggest that combustion cars are better suited for colder months, your opinion will soon change once you explore the unique advantages that electric cars bring to the winter driving experience. Dive into the insights below as we outline the surprising benefits of electric cars in winter.

7 reasons EVs fairs well in winter conditions

The popularity of electric cars is soaring, which means initial skepticism is now giving way to widespread acceptance across the U.S. Several factors, including government incentives, automotive advertising campaigns, increased range, and heightened awareness of environmental issues, contribute to this shift.

While great strides have been made, there is still the question of whether EVs can handle wintery conditions as well as gas models. EVs driving range knowingly decreases in winter temperatures, which could cause problems for drivers in colder climates.

A study conducted by AAA in 2019 revealed that an electric vehicle’s range can drop by approximately 41 percent when it’s 20 degrees outside, and the cabin heat is running. Despite this challenge, it’s essential to note that newer electric car models equipped with larger batteries tend to perform better in cold weather.

The continuous improvements in battery technology and the overall design of electric vehicles aim to enhance their efficiency and performance, even in challenging winter conditions.

Better Torque for Winter Traction

Electric cars boast instant torque delivery, a game-changer when it comes to winter driving conditions. Unlike combustion engines that may struggle with cold starts and slow acceleration, electric vehicles (EVs) provide immediate power to the wheels, enhancing stability and control on icy or snowy surfaces.

Regenerative Braking for Enhanced Efficiency

Regenerative braking, a hallmark feature of electric cars, becomes even more advantageous in winter. As drivers decelerate, electric cars capture and convert the kinetic energy back into the battery. This not only contributes to energy efficiency but also helps in maintaining battery health, a factor that can be compromised in extreme drops in temperatures.

Consistent Cabin Heating Without Idling

Conventional cars often rely on idling to keep the engine warm and maintain cabin heat. Electric cars, on the other hand, can preheat the cabin while still plugged in, using electricity from the grid. This means a warm and comfortable interior without the need for engine idling.

All-Wheel Drive (AWD) 

The availability of all-wheel-drive (AWD) in many electric vehicles further bolsters their winter performance. AWD systems in electric cars can distribute torque to each wheel independently, enhancing traction on slippery surfaces. This feature is especially beneficial when navigating through snow-covered roads or icy terrains.

Lower Maintenance 

Electric cars generally have fewer moving parts than traditional combustion cars, translating to lower maintenance requirements. In winter, when extreme temperatures and road salts can accelerate wear and tear, the simplicity of electric car mechanics becomes an advantage. This results in reduced maintenance costs and fewer trips to the repair shop during the challenging winter months.

Environmental Benefits in Cold Climates

While it may seem counterintuitive, electric cars often have a smaller overall environmental impact in colder climates. The energy efficiency of electric motors and the availability of renewable energy sources can offset the additional energy demands for heating, making electric cars an environmentally conscious choice even in winter.

Ability to PreWarm Your Car

One standout feature that adds to the appeal of electric vehicles, especially during winter, is the ability to pre-warm your car. Unlike traditional combustion engine cars that might require remote start or idling to warm up, electric vehicles offer a convenient solution. Owners of electric vehicles (EVs) can remotely pre-heat the car’s interior while the vehicle is still plugged in.

Can you leave an electric car outside in winter?

Leaving an electric car outside during winter is generally acceptable, but there are some considerations to keep in mind to ensure optimal performance and safety. Electric cars, like any other vehicle, can withstand cold temperatures, but extreme conditions may affect their efficiency and battery life.

Here are a few tips to help you navigate winter with your electric car:

• As noted above, make sure to take advantage of your electric car’s pre-conditioning feature. Using a mobile app or the car’s internal settings, you can warm up the cabin while the vehicle is still plugged in. Do this on occasion to maintain optimal performance.
• Charging your electric car regularly, especially when the battery level is above 20%, can help maintain optimal battery health. It’s also a good practice to park your electric car in a garage or a sheltered area when possible.
• Cold weather can cause a drop in tire pressure. Keep an eye on your electric car’s tire pressure and adjust it as needed. Properly inflated tires contribute to better efficiency and safety.

Ultimately, just like combustion engines, it’s best to park your EV in a sheltered or covered area during extreme winter conditions. A garage or a covered parking spot shields the electric car from direct exposure to harsh elements like snow, ice, and freezing winds.

Overview: benefits of electric cars in winter

Electric vehicles (EVs) continue to evolve each year, addressing challenges and improving performance, making them increasingly suitable for all seasons, including winter. While electric cars may not be flawless, the advancements in technology and design have introduced several benefits that make them a compelling choice for cold weather conditions.

If you have more questions about the benefits of electric cars in winter, drop a comment below!