Yeah, I think the pent up demand following the pandemic pretty much allowed the manufactures go hog wild on their pricing, but I also think they have caught up with demand for the most part now, and you are seeing a lot of those ultrahigh sticker prices being heavily discounted with lots of new 25 and even some 24 model year vehicles still on the dealers lots, and the 26's stickers getting a little more realistic, even though still high, they give a better start point for some dickering.
Having said that, I finally decided to pull the trigger on an EV recently, when I was able to get a very substantial discount off its sticker.
With a 478 mile estimated range I should be able to recharge its 205 kWh battery at home for 90+ % of the driving I'll use it for.
Using off peak overnight charging at the $0.053 kWh rate our local utility offers, a 0-205 kWh charge would cost $10.87 for the next 478 miles of driving, or 2.7 cents/mile. When driving the VW Passat TDI the 300 miles to pick up the EV vehicle, we got 51 mpg for the 600+ mile freeway round trip day, which is great. But at $5+/gal diesel, that still works out to 10 cents/mile, or about 4 times the fuel cost of the EV.
Now I don't expect the EV to consistently get that get that range on a daily basis, especially when towing, just like the VW TDI doesn't get that kind of mileage when towing or even normal stop and go every day driving, but even with those things added to the mix, it should consistently be significantly less costly to fuel than any of our other vehicles (VW, Jeep, Subaru).
The battery longevity may be a question, but it's warrantied for 8yr/100,000 miles. I recently read a report that the early EV's with their less advanced battery technology are now approaching 20 yrs old, and while their batteries have started losing range, most are still achieving 70+% of their original range. If true, that would make for a 330 mile range on this EV in 20 yrs.....my guess is I probably won't need more than that in 20 yrs if I am still able to drive.