Especially with all the electronic crap being stuffed into cars today (radar sensors for blind-spot detection and rear cross-traffic detection, cameras for lane-departure warnings, “reading” speed-limit signs and warning you and/or staying below that speed, etc.), there was talk about going to 48V (or higher) systems, or mixed 12V/48V systems to reduce wiring thickness, cars are just overloaded.
And HVAC is now all-electric, ie, no more scavenging waste-heat in winter, but in fact running both AC to dehumidify and burn off battery power for heat.
And Minnesota, 1st- or 2nd-coldest state in the US (Alaska might be #1), just committed to forcing more EVs into dealers’ lots. And we all know just how well batteries thrive in cold temps.
The national electric grid is strained as it is, and yet they want to pretty much push all cars onto it as well. Oh, but we can “help out” by letting EVs be used as storage and put electricity into the grid at peak times. That’d do wonders for your EV’s battery’s cycle life.
And here, I’m literally the only schmo on the block whose neighbor “would rather not” keep a car in a shared driveway. No one else has that problem; they just pull it in without grief. So how, precisely, would I be able to charge an EV? Keep a 200’ (or longer) extension cord on-hand? And those who live in apartments?
How would AA get you moving again if your EV ran out of juice, short of a tow? No more just getting a few gallons of gas to get you on your way in minutes for a few bux.
Just recently, I think whole swaths of Colorado had their power deliberately cut because things were too dry and windy and the possibility of sparking wildfires was too great. Soooo, everyone in those areas would also be immobile, too.
I like the idea of EVs, but they’re not quite ready for primetime. Not without lots more work.