In most U.S. zip codes, electric vehicles are cost-competitive with their gas-powered counterparts, according to a new study. And regarding emissions benefits of EVs, individual driving patterns matter as much as regional factors like the local electricity mix.
I don’t know the answer to this but, how does the power demands for charging EVs compare to block heaters?
Also, how do EVs deal with the cold up there? Heating the cabin would take a ton of power.
I dont have numbers so take this with a grain of salt, but I would guess they’re probably not too far off from one another. With 110V charging, it’ll be slow but effective for overnight charging, and resistive heating elements use an insane amount of power especially when they’re trying to warm something constantly in -10F weather.
I live in the PNW and dont have to deal with much cold weather but from everything I’ve read, EVs handle thr cold just fine.
Last winter in Chicago the chargers could not work. Then the range loss is 40-50%. This is better with sodium battery but they are not common yet.
Range loss is not even anywhere close to 40-50% on a heat pump equipped EV. Even at -20°C I still get 75% range from my Ioniq
Yeah, if it wasn’t heaters I would be confident that the wattage wouldn’t be enough. But it might be fine.
120V will give max 1.5 kwhr, or 30 hours to charge a typical EV.