kiddblur
I swear I’ve been reading this rumor for 3+ years at this point
Just chiming in as a software engineer. My product DOES support Firefox, but there are some weird animation quirks that my team has been trying to solve, but with limited bandwidth and a full product backlog, it’s hard to justify spending too much time supporting a browser with such small global utilization. Especially since we’re using third party libraries like angular material, quirks on smaller browsers can be a nightmare to chase down
This is something I’ve had a really hard time drilling into peoples’ heads. Based on current data, the average EV battery built today wont fail in 10-15 years; they’ll just degrade 10-15%. And yeah, in that time period, at current gas/electricity rates, I’ll have saved $30K in gas alone (I saved 2K last year * 15 years = $30K) and it stands to reason that gas prices will continue to climb. Electricity as well but once it hits 20 cents per kWh for me, I’m getting solar.
God, I wish. We unfortunately do about 1200 miles per month and our electricity is cheap (15cents per kWh) so we pay about $70/mo to charge our car. Much cheaper than the roughly $200 I would’ve been paying in gas had I kept my Accord though, and if we were better about charging at my wife’s work where it’s free, we’d save a ton more. But she’s only in the office once a week and it’s hard to line up our driving habits such that it’s low enough to charge then
It’s actually not as bad as I was expecting. The electricity prices seem to be about right (17 cents per kwh at home, 43 cents at fast chargers), and the idea of having to drive farther to get to a charger is likely a reality for apartment dwellers.
The two shitty parts are that they included the cost of the charger in this which is obviously a one time expense, and they calculated that “mostly at home” users would still supercharge 20% of the time, which seems like a TON. I put 21K miles on my car in the past year, and I supercharged 470/6897 total kWh, so 7%. If you rectify both those things in their math (let’s say maybe 10% is average?) then the “at home” EVs clearly win.
But it is absolutely viable to point out that if you can’t charge at home (or at work, although I personally wouldn’t want to tie myself to an employer to be able to charge my car. I already hate that we do it for health insurance), then it is going to be much more expensive than for people who do, and possibly more expensive than similar gas cars. For example, I had a VW ID.4 for a year and it got AWFUL efficiency for my driving patterns (about 2 mi per kWh) and I exclusively fast charged at the local electrify america station because it was free.
If I had had to pay retail price for the EA charging for the 10,000 miles that I drove, 48 cents per kWh * 5000 kWh, that would’ve cost me $2400 to charge, which is absolutely more than it would’ve cost to just drive our CRV instead (25mpg, $3.87 for gas over 10K miles = $1548).
Depends on your housing situation I assume. Mile for mile in a similarly specced car (V6 honda accord vs Model 3 Long Range) my electricity costs are about 1/4 what I paid in gas. But that’s because I can charge at home. If I had to exclusively supercharge, they’d be about the same.
Thankfully I don’t have to, so I get to wake up every morning to a full car