The maintenance cost and future price advantages of electric vehicles before gas-powered cars could be more than offset by their rising insurance premiums. Repairability has to be baked into the EV production cake now.
They don’t seem to mention how fast batteries actually degrade, how old those vehicles are, what climate conditions they are used or how many charging cycles are on those. It’s all well and good if the 15000 cars have a low amount of battery replacements but without knowing the conditions it’s kinda useless.
Like where I am the temperature goes from -20C to +30C pretty much every year and in those conditions the makers rate the lifespan from 8 - 12 years.
It would be nice if they provided that information but the data isn’t useless without that information. It helps show that there’s a pattern where batteries only lose 10% capacity after being driven a lot.
You can assume that EV’s with higher milage will have been charged far more often than those with less mileage.
Canadian here and yeah, it can get down to -30C and +30C here but remember all batteries are insulated and they run glycol though them to keep them at a constant temperature which negates any external factors like weather. Polestar does their testing in the Artic circle so it’s even colder so if it works well there, it’ll work well anywhere.
With more EV’s sold and more time passed, only then will we better understand battery life but based on what I’m seeing, it’s a minor issue that won’t stop me from buying an EV.
They don’t seem to mention how fast batteries actually degrade, how old those vehicles are, what climate conditions they are used or how many charging cycles are on those. It’s all well and good if the 15000 cars have a low amount of battery replacements but without knowing the conditions it’s kinda useless.
Like where I am the temperature goes from -20C to +30C pretty much every year and in those conditions the makers rate the lifespan from 8 - 12 years.
It would be nice if they provided that information but the data isn’t useless without that information. It helps show that there’s a pattern where batteries only lose 10% capacity after being driven a lot.
You can assume that EV’s with higher milage will have been charged far more often than those with less mileage.
Canadian here and yeah, it can get down to -30C and +30C here but remember all batteries are insulated and they run glycol though them to keep them at a constant temperature which negates any external factors like weather. Polestar does their testing in the Artic circle so it’s even colder so if it works well there, it’ll work well anywhere.
With more EV’s sold and more time passed, only then will we better understand battery life but based on what I’m seeing, it’s a minor issue that won’t stop me from buying an EV.