Electric Vehicle information specifically pertaining to winter weather and usage
Overview: A common myth about Electric Vehicles (EVs) is that they are automatically colder than their gas counterparts in the winter months. However, the contrary is true! And yes, you may still expect to lose some range/power in your EV, but that is not any different than traditional
https://www.youtube.com/watch?v=y11dwTBBII0&t=193s When winter sets in across Manitoba, Electric Vehicle (EV) drivers gear up for a different kind of cold-weather challenge. Along with the basics like winter tires and seat warmers; there’s a whole array of accessories designed to make winter driving in your electric vehicle easier and more
As electric vehicles (EVs) continue to gain popularity, one of their standout features is regenerative braking. But how does this system perform in winter conditions? Let’s dive into what regenerative braking is, its performance in cold weather, and tips to improve its effectiveness during winter. What is Regenerative
In winter months, drivers may wonder how electric vehicles (EVs) handle winter driving conditions compared to traditional gas vehicles. We’ll go over how electric vehicles perform in snow, ice, and cold weather, and help you to maximize your EV’s performance this winter! Understanding Winter Performance Differences Electric vehicles
In winter months, electric vehicle (EV) owners face a common concern of reduced range in cold weather conditions. While EVs offer many benefits, including zero emissions and lower operating costs, colder temperatures can affect their battery performance and diminish range. Let’s explore why electric vehicle range is reduced
As winter approaches, having the right tires is essential for safe travels on snowy roads. We’ll walk you through the do’s and don’ts of winter tires, covering everything from installation to storage, to help you make the most of your winter tires this season! The Do’s: Maximizing Winter
Reception: 204-832-1676
3965 Portage Avenue Unit #35D
Winnipeg, MB, R3K 2H7