Earlier quoted context omitted.
Plenty of people own EVs in extreme cold and get by just fine. Look at Norway, EVs are incredibly common there and they’re regularly driven to the far north without much fanfare. https://www.youtube.com/@bjornnyland/videos
Populated Norway actually isn’t that cold. The average high/low for their coldest month is 0C/-5C. In contrast Seattle is 8C/2C. I’m curious how EVs are doing in a city like Harbin where it is -24C/-13C.
Winter & Cold Weather EV Range Loss in 7,000 Cars
191–200 of 332 posts
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#192Earlier quoted context omitted.
Plenty of people drive EVs in the arctic far north of Norway (Troms & Finnmark). Not quite as cold as Canada, maybe, but close. Of course EVs will have less range in cold conditions, but they also have some advantages in the cold: pre-heating from an app so the car is warm when you set out, for example. They may be more reliable than petrol and diesel vehicles in extreme cold conditions, and no need for engine block…
Nearly every modern gas vehicle has remote start, and has for years. This isn't an EV feature.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#193Earlier quoted context omitted.
A lot of ICE cars won't even start at 40 below. Those cases should count as zero mile range
To be fair, it typically costs about $50 for a block heater which allows you to start below 40 degrees in an ICE. Whats the solution for EV?
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#194My 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.
EVs upsides and downsides should be considered without it needing to be a comparison to ICE. But, yes, running the heater will use fuel. In this case EVs with "250 miles" range are losing 30%~ of that range for three months of the year and a further 20% over the first three years of their life, making them reliably closer to a 140-mile vehicle. People who are planning round-trip travel or commuting need to know this…
I totally understand wanting to have long distance range in an EV. But even with the cold, for most commutes, anything with that 150-mile-in-winter is range for the majority of trips.
But totally understood it’s a case by case basis. I have family who drove over 100 miles round trip for their daily commute in North Dakota. Those use cases exist, but I think many people without such extreme daily distances are thinking about their daily distance needs in unrealistic ways. I hope this isn’t what you’d consider mocking :)
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#195Earlier quoted context omitted.
A big difference is that while an EV is sitting plugged in, it can heat itself from wall power, rather than burning gas to do it.
It's called a block heater and they have been in use for many decades in cold climates.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#196My Tesla Model X 100D looses 25-40% of range in the winter (and by "winter, I mean 20-50F, as I live in Virginia). This is partially due to resistance heating, and the range is better if you're somehow able to live with keeping the heat off and using just the steering wheel and seat heaters. However, one thing I've never gotten used to is just how cold my feet get in the winter in this car. Even with the heat at full…
Not having enough hot air on the feet is a common issue across cars in general, from my experience.
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#197I 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.
Came here to say that (am in Minnesota for Christmas holiday, where it’s currently 1°). It gets much colder than 20°F for extended periods in the Midwest. Is there just not a large enough sample of EV driving in those temperatures to extend the graph?
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#198As a 7+ year driver of a pure electric BMW i3, not the range extender version, in a HOT climate its last four years, far more overlooked is the degeneration of battery capacity when run and charged in heat. I mean 40+ Celsius summers have been brutal on the battery which is a cooled pack. Possibly this has improved a ton since our i3 was the original model year, and BMW replaced the original pack and sent it back to…
The nissan leaf demonstrated this problem in Phoenix immediately upon release, it is a known thing. Tesla seems to take yhe cooling loop very seriously. The batteries in the early model s had some issues but after that they seem to asymptote at 20% range loss and stay there. At least so far. I don't know who else takes cooling that seriously. I'd look for liquid cooling but also phase change hooked into the ac system…
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#199Earlier quoted context omitted.
EVs upsides and downsides should be considered without it needing to be a comparison to ICE. But, yes, running the heater will use fuel. In this case EVs with "250 miles" range are losing 30%~ of that range for three months of the year and a further 20% over the first three years of their life, making them reliably closer to a 140-mile vehicle. People who are planning round-trip travel or commuting need to know this…
> for three months Many places in the US, it is more than 3 months :)
Re: Winter & Cold Weather EV Range Loss in 7,000 Cars
#200I 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.