Who doesn’t love the idea of skipping gas stations, saving money, and driving something that feels like it’s straight out of the future? EVs are becoming a more common sight on Canadian roads, though a number of misconceptions continue to shape public perception and influence purchasing decisions. In fact, these myths, ranging from concerns about winter performance to cost and environmental impact, often stem from a limited understanding of how modern EVs operate. In Calgary, AB, where cold temperatures are part of everyday life, these concerns can feel particularly relevant. As such, it is important to examine these claims critically. Continue reading with our team at GoElectric Calgary as we break down 10 common EV myths below and separate the facts from what no longer holds up.
The battery is the heart of an electric vehicle, so, naturally, people assume it will wear out quickly and cost a fortune when it does. Most EVs today come with a manufacturer warranty that covers the high-voltage battery for 8 years or 160,000 km, which already sets a strong baseline for durability. Better yet, data and owner experiences have proven that EV batteries can last 15 to 20 years or more. In other words, for the vast majority of drivers, the battery will last the lifetime of the vehicle. In the rare case that a replacement is needed, there are often more options available. For example, used batteries from wrecked vehicles can help reduce costs, and aftermarket solutions are beginning to emerge for more common EV models. As well, battery prices have been decreasing year over year as production scales up. As it stands today, replacement costs can range anywhere from $5,000 to $25,000, depending on the vehicle and battery size, but again, that is a worst-case scenario most drivers will not encounter.
If there’s one myth that feels especially relevant in Calgary, it’s this one. With winters that can dip well below freezing, it’s fair to question how electric vehicles handle the cold. The answer is that they do work, but with some trade-offs. Cold weather does reduce an EV’s driving range. On extremely cold days in Alberta (around minus 35°C), range loss can reach 40 to 50%. In more typical winter conditions, like minus 10°C, that drop is closer to 20 to 25%. But, this loss is temporary, rather than long-term battery degradation. It is simply the result of energy being used to heat the cabin, as well as keep the battery at an optimal operating temperature. Another reason is that batteries are naturally less efficient at moving electrons when temperatures drop. On top of that, colder air is denser, which slightly increases aerodynamic drag and wind resistance while driving. The good news is there are ways to help reduce the impact. Parking in a garage, even an unheated one, can help keep the battery warmer compared to leaving the vehicle outside overnight. Most EVs also offer preconditioning features, allowing drivers to warm the cabin before departure. If the vehicle is plugged in, it can use power from the wall instead of the battery, helping preserve more driving range once you head out. In terms of reliability, EVs perform well in the cold. They do not rely on engine combustion to start, so even in very low temperatures, they start consistently without the issues gas vehicles can sometimes face. Another benefit is the heat. EVs can begin producing warm air within 30 to 60 seconds, and because there are no exhaust emissions, they can be safely started in a closed garage.
A lot of drivers picture EV charging as something you have to go out of your way to do. So, when they do not notice chargers on every corner, it is easy to assume the infrastructure just is not there. In fact, most EV owners do the majority of their charging at home or at work. It may not be the fastest, but is often more than enough for daily driving. What about when you’re out and about? Even if you live in an apartment or do not have access to home charging, there are hundreds of public charging stations in and around Calgary, with more being added regularly. If you are curious about what is available nearby, PlugShare is a great App that shows all of the chargers available.
The upfront price of a new electric vehicle is higher than a comparable internal combustion model, which is often where this myth starts. In fact, the price gap has been narrowing every year as technology improves and production scales up. Moreover, the used EV market has opened the door to much more affordable options. In many cases, a used EV can be priced similarly to a comparable used gas vehicle, making electrification more accessible than it first appears. There is also more built into the price than just the drivetrain. EVs often come with more standard technology features, meaning fewer costly add-ons compared to gas vehicles. Where EVs start to separate themselves, though, is in day-to-day costs. Electricity is generally cheaper than gasoline, and EVs have fewer moving parts, which typically means lower maintenance over time. So, for many drivers, those savings begin to balance out the higher upfront cost within just a few years of ownership.
It is true that EV technology is constantly evolving, but that does not mean today’s EVs are in a transitional stage. In reality, the core technology behind modern electric vehicles has remained fairly consistent over the past 5 to 10 years. Most EVs today still rely on well-established lithium-ion battery systems that are fundamentally similar to earlier modern EV designs from around 2008, with the first wave of mass-produced EVs arriving around 2011. What this means for buyers is that although improvements will continue, current models are already within a stable generation that is expected to remain relevant for many years.
Processing materials like lithium does carry an environmental impact, and that is often where concerns begin. But, there have been numerous studies that examine the full life-cycle emissions of electric vehicles, including manufacturing, operation, and end-of-life, and they show a consistent pattern. Although EVs typically start with a higher environmental footprint during manufacturing, they make up for it through much lower emissions during everyday use. As a result, that higher upfront environmental impact can be offset in as little as two years of driving.
This is one of the most persistent EV myths, and it usually comes from thinking of electric vehicles the same way as early-generation models or comparing them to a quick 5-minute gas fill-up. The truth today is very different. Modern EVs offer significantly more range, along with much faster charging speeds. Many current models deliver 300 to 500+ km of range on a single charge, and even more affordable mid-range options commonly offer around 340 km or more. Meanwhile, charging infrastructure has expanded rapidly across Canada. Major highways and roads are now supported by multiple fast-charging networks. Drivers simply need to map out charging stops along their route. In most cases, this naturally aligns with how people already travel. You will typically drive 2 to 4 hours at a time, then stop for food, rest, or a break anyway. Many modern EVs can add a substantial amount of range in 20 to 35 minutes, which is often just enough time to grab a meal before continuing on to the next stop.
This concern usually comes down to a question: “Will it go far enough for my driving habits?” And the answer is that it depends far less on the vehicle and far more on how it is used day to day. Like we mentioned above, modern EVs now commonly offer anywhere from 340 km to 500+ km of range on a full charge. For most drivers, that is more than enough to cover daily needs. To put it into perspective, the average Canadian drives roughly 40 km per day. At that level of usage, a modern EV typically only needs to be charged every few days. Where range becomes more of a consideration is long-distance driving, but even that is becoming easier to manage. With the ever-growing number of fast chargers in Canada, it is becoming more accessible to take longer road trips as well.
This is a broad claim that usually comes down to two concerns: Canadian winters and the distances between cities. Starting with climate, EVs are fully capable of operating in cold Canadian conditions. They start reliably every time, deliver heat within seconds, and maintain strong traction control. In many ways, they handle winter driving very well. The main trade-off in extreme cold is range. At very low temperatures, around minus 35°C, an EV can lose up to 40 to 50% of its driving range. In milder winter conditions, the reduction is less severe. This does not mean the vehicle becomes unreliable; it simply means the available driving distance per charge is reduced until temperatures rise again. Even with that reduction, most drivers are still well within their daily driving needs. For typical use, even 50% of a full charge is often more than enough for local travel. The second concern, Canada’s large geographic distances, is also manageable with today’s charging infrastructure. Like we mentioned in the last myth, expanding fast-charging networks along major routes continue to improve accessibility for longer distances.
At the most basic level, all electric vehicles can charge using Level 1 charging, also known as a standard 110/120V household outlet. Although this is the slowest form of charging, it is still sufficient for many drivers. Many of our customers rely on this setup alone, gaining approximately 50 to 70 km of range overnight, which is enough to cover typical daily driving. For those who drive longer distances more frequently, upgrading to a 240V Level 2 charger is recommended. This setup significantly reduces charging time and is widely considered the most practical home charging solution. Installation costs can vary depending on the home’s electrical setup and distance from the panel, typically ranging from a few hundred to a few thousand dollars. It is also worth noting that high-output chargers, such as 80-amp units, are not necessary for most drivers. A 16 to 32 amp Level 2 charger at 240V is sufficient to fully recharge most EVs overnight. Importantly, home charging does not require a garage. Level 2 chargers can be installed in a garage, on an exterior wall, or near a driveway or parking pad. The 240V chargers (Level 2) that we recommend and offer for sale are rated for Canadian winters and outdoor use and start at $500. There are cheaper options too, but those are typically designed for indoor use in a garage or for portable use.
How long does it take to charge an EV?
Charging time depends on the power source and vehicle. A standard 110/120V outlet (Level 1) can add around 50 to 70 km overnight. A 240V Level 2 charger typically charges most EVs fully overnight, while fast chargers (Level 3 DC fast charging) can add significant range in about 20 to 35 minutes.
Do EVs work in cold Alberta winters?
Yes. EVs start reliably in cold weather. The main difference is reduced range in extreme cold, typically 20 to 25% at around minus 10°C and up to 40 to 50% at extreme lows like minus 35°C. This range returns to normal when temperatures rise.
How far can an EV go on a single charge?
Most modern EVs offer between 340 km and 500+ km of range, depending on the model.
Is charging an EV expensive?
Charging an EV is generally cheaper than fueling a gas vehicle. Electricity costs vary, but most drivers see noticeable savings on monthly operating costs, especially when charging at home.
Do I need a garage to charge an EV at home?
No. EVs can be charged using a standard wall outlet, or with a Level 2 charger installed indoors or outdoors.
How long do EV batteries last?
Most EV batteries are designed to last the life of the vehicle. They are typically covered by an 8-year/160,000 km warranty, and data shows many last 15 to 20+ years.
Are there enough charging stations in Canada?
Yes, and the network is expanding. There are hundreds of public charging locations in and around major cities like Calgary, along with fast-charging corridors connecting highways across the country.
Are EVs more expensive to maintain?
No. EVs generally cost less to maintain because they have fewer moving parts.
Shop for Your Next EV at GoElectric Calgary
We hope the above has helped you better understand some of the most common EV myths and how they compare to real driving in Calgary. But, if not, that is okay too. The best way to see what electric driving feels like is to experience it yourself. That is why we offer an in-person 3-day EV test drive at GoElectric Calgary, giving you the chance to live with the vehicle in your everyday routine, not just around the block. You can also browse our online EV inventory anytime to see what is available and compare different models at your own pace. Still have questions? Fill out the form below to get in touch with one of our EV specialists, today!