.38 cents per kWh!?!?!??The average base model EV (Mustang Mach E, VW Hyundai Ioniq 5) has an MSRP in the $39-47K range. Compare that to a base ICE like a Camry or Rav 4 with MSRP in the $26-28K range and the EV is still quite a bit more expensive even with the $7500 rebate assuming the buyer qualifies. The intangibles working against EV implementation include short range, refueling time/locations, and outside temperature based range loss. Don’t forget to add in cost of wiring a home charging station ($2000 in my case) or even the ability of adding one for those living in apartments.
In my case, having purchased and later sold a Ford Lightning EV in 2022, the true cost to own and operate an EV was more expensive than an ICE pickup. The main reason is that electricity is very expensive in MA, 38 cents per kWh where I live with no cheaper off peak programs. My $46K Lightning Pro would be less expensive than ICE in markets with cheaper electricity. With the cost of the same truck up to $63K for 2023 I think the EV will indeed end up more expensive for most users regardless of electricity prices.
I was all in on the EV until I owned one for a few months. Having owned and experienced one first hand paid for with my own money I did the math and moved on. I’m sure EV’s will continue to improve, and new battery tech will extend range and temperature tolerance. Until we start cranking up more nuclear power plants in the US the ever increasing cost of electricity will make EV implementation challenging.
.14 here in SE Pa.
Also, remember that the purchasing and use of EV’s in the United States is in its infancy. Technology needs to grow resources need to grow, but the key is getting away from fossil fuels eventually. Even if it hurts a little bit at the beginning. I would like my grandchildren to have a planet to live on.
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