It's not a bad faith argument, it is comparing like for like. (Saying that it isn't like for like seems to me to be the more bad faith argument in 2026.) If I have a gas car with 300 miles of range I go about 297 miles safely between fill ups. If I have an EV car with 300 miles of range I can go about 297 miles safely between charges. Those are the same characteristics.

The part that isn't like for like sure is that there is an increased friction that even a "fast charger" can take a magnitude more time than a gas pump. But fast chargers are much safer and can be parallel tasked (running other errands while a charge happens) whereas gas is an explosive and requires diligent observation while refueling (despite how many people seem oblivious to all the warnings not to leave a refueling car unobserved and a long history of explosion statistics).

In my experience, fast charging time and lack of home charging ability (and under-estimation of Level 1/2 charging utility) feel like red herrings rather than actual issues. These things get talked about a lot, but the real world experience of them isn't the friction people believe it is. The biggest issues seem to be far more sociopolitical than technical to me. People have invested too much of their identities in gas. Entire political parties seem devoted to propping up gas sales for as long as possible.

> The cost differential is enormous and completely changes the economics of cost per mile.

Which is exactly the point and why it is a bonus. You can't do that with a gas car effectively or cheaply. You won't pay someone to come and install a gas service in your home or apartment with the express reason for fueling your car. That you can with an EV and would get a game changing efficiency and cost reduction is an incredible bonus.

> Sure, but a full gas tank gets you further than a full battery.

That seems to be less of a factor today. Most batteries have hit the same or more range as comparable gas vehicles.

Some EV models already have ~600 mile range which is double their gas counterparts.

> We have friends with a long range Tesla that takes them days to charge on 120.

Sure, but that's to 100%. You can drive a car with less than 100% battery. A 120v charge can add as much as 40-60 miles range overnight. That's an average person's regular commute. The car might "never" be at 100% if the 120v charge is all it ever gets, but for some people they might never need a fast charge in an average week or even month.

> I know precisely zero people who have EVs and do not charge them at home. The cost differential is enormous and completely changes the economics of cost per mile.

I know multiple people who have EVs and don't have a home charger, so do 90%+ of their charging at work. You're there 8+ hours a day anyway, and many workplaces provide free charging, so it ends up even cheaper than charging at home.

I have an EV and can't charge at home (condo where cost to add a charger would be obscene). In 3 years there's been maybe 5 times where it's been a mild inconvenience. Which isn't nothing but a few hours of hassle is a pretty good price to pay for the thousands of dollars I've saved on fuel.

> If you only need level 1 charging

To be fair, this is most people. A level 1 charging setup is generally good for about 5 miles per hour, most cars parked at least 10 hours overnight, and the average commute just under 15 miles each way.

Level 2 is handy, for sure, but a whole lot of people could absolutely get by with a bog standard 120V socket.