My fuel economy drops about 20% on my petrol car in cold weather city driving. I don't know what causes the difference, perhaps waiting for the car to warm up and windows to defrost.
Winter & Cold Weather EV Range Loss in 7,000 Cars
71–80 of 332 posts
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#72As a Minnesotan with an unheated detached garage, I’d be very interested to know about -40°F performance. We get a couple of those days every year. I have been looking at my next car potentially being an EV and am really curious about the extremes.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#73I find it strange that the charts only go down to 20°F, when for example at the moment I write this comment, it's -5°F (-21°C) in Bismarck, North Dakota. And sub-zero Fahrenheit temperatures are pretty common in the winter across the Northeast, especially at night. "Normal" driving conditions extend way below just 20°F.
It looks like some of those manufacturers only lose 3% of their range in weather like this, but that’s estimated. The verified numbers are far lower?
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#74Interesting data, but for the Model 3, I think an important piece is missing: model year. Around 2021 they switched out the resistive cabin heating for heat pump heating, which had a positive impact on cold weather range. Anecdotally speaking, my 2020 Model 3 gets between a 30-40% range hit in the winter.
This article is about battery capacity loss due to cold weather (either directly or due to use of battery-heaters). Cabin heating is over and above the loss discussed here.
This little BMW clearly experiences some winter range loss in cold temperatures. But keep in mind that many i3 models include a heat pump in the US and some feature a gasoline range extender (called REx). Both of those help to preserve range in cold temperature.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#75I find it strange that the charts only go down to 20°F, when for example at the moment I write this comment, it's -5°F (-21°C) in Bismarck, North Dakota. And sub-zero Fahrenheit temperatures are pretty common in the winter across the Northeast, especially at night. "Normal" driving conditions extend way below just 20°F.
As I’m sitting here reading this, it is -35 C after windchill. The reason we didn’t get an ev is because we are getting the sense that the companies that make them do not take Canadaian weather into account It looks like some of those manufacturers only lose 3% of their range in weather like this, but that’s estimated. The verified numbers are far lower?
I drive an EV in Canadian winter all the time. Not at all an issue. Range loss is a thing but it's not like the car stops working. In fact it starts more reliably and heats up more quickly for me. And I start mine remotely while it's still plugged in, so the cabin is warm and ready to go without wasting battery energy. And can do this safely in the garage without concerns of carbon monoxide poisoning or stinking up the garage.
Aside: I wish people in this country would stop reporting wind chill temps as if they're some sort of accurate measure of anything. They're only useful as a relatively subjective measure for people who aren't dressed properly.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#76As a Minnesotan with an unheated detached garage, I’d be very interested to know about -40°F performance. We get a couple of those days every year. I have been looking at my next car potentially being an EV and am really curious about the extremes.
Others, your mileage may vary (literally)
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#77As a Minnesotan with an unheated detached garage, I’d be very interested to know about -40°F performance. We get a couple of those days every year. I have been looking at my next car potentially being an EV and am really curious about the extremes.
I would not buy an EV where you are. Also I wonder how fast it will charge when it is very cold outside. I heard Toyota has some kind of hydrogen car, maybe that would be better ? I live in the north and I will not by an EV until the range reaches Gas Autos when the Temp is below 0F with the heat blasting. Getting caught in the cold without fuel is not good. And I wonder if Wind Chill can decrease range even more. I…
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#78Earlier quoted context omitted.
As I’m sitting here reading this, it is -35 C after windchill. The reason we didn’t get an ev is because we are getting the sense that the companies that make them do not take Canadaian weather into account It looks like some of those manufacturers only lose 3% of their range in weather like this, but that’s estimated. The verified numbers are far lower?
Your car doesn't feel wind chill. I drive an EV in Canadian winter all the time. Not at all an issue. Range loss is a thing but it's not like the car stops working. In fact it starts more reliably and heats up more quickly for me. And I start mine remotely while it's still plugged in, so the cabin is warm and ready to go without wasting battery energy. And can do this safely in the garage without concerns of carbon m…
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#79As a Minnesotan with an unheated detached garage, I’d be very interested to know about -40°F performance. We get a couple of those days every year. I have been looking at my next car potentially being an EV and am really curious about the extremes.
A lot of ICE cars won't even start at 40 below. Those cases should count as zero mile range
After that you get tolerable gas mileage. I don't drive much, but from my friends' description it sounds like you get around 30-40% more gas usage compared to warmer months.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#80Makes complete sense that an EV would have much worse performance in winter conditions. Further longevity of such vehicle would likely be much less than one found it warmer temps.
We still have a ways to go to solve EV issues for mass adoption… however am optimistic that we are on the right path.