Battery size for Chevy Bolt is 66KWh, nominal I believe. Most EVs leave a little nominal unused, but probably 95%-97% is usable. I don’t think MPGe is based on cost, however. Would have to look it up.
Based on 1 gal = 33.7 KWh. Not on cost. So 127 mi/33.7KWh.
DP asked a serious question about whether, considering emissions of electricity generation, are EVs really better than ICE?
The WaPo article he cited was from 2015, and things have changed. Even then, your regional mix of sources affected the breakeven ICE MPG. However, a more up-to-date analysis by the same folks quoted in the article, the Union of Concerned Scientists, tilts (heavily IMO) toward yes. If we move even further along in de-carbonizing our electric power sources, the math will get better. We still have to temper our driving habits and vehicle choices, though.
DP also mentioned lack of diversity in EV models. That is currently a problem, but it is improving. I have a family of seven, and a minivan is the most reasonable type of transport. By the time an EV option arrives in the US, I won’t need it anymore. Mercedes has some nice passenger van options in Europe, but they don’t plan on bringing them here any time soon.
I’m hopeful that my spouse will be okay replacing our minivan with the VW bus when it gets here. Our kids are grown, but minivans are still more comfortable and easier to get in and out of for my spouse than anything else that’s not a giant SUV, which are not as useful as the minivan where we can easily stow all rear seats in less than 2 minutes.
This is from YOUR article: “For electric vehicles (EVs), fuel economy can drop roughly 39% in mixed city and highway driving, and range can drop by 41%.”
a car that is small and economical rather than large or stylish.
Everything on the available EV list is small and by definition economical.
Look, I want to buy an electric vehicle. I just really want to have one that doesn’t have crappy drawbacks like limited range, limited capacity, and uncomfortable passenger space. It would also help if the infrastructure were advancing more meaningfully. Right now chargers are too few, too far between, lack homogeneity and usability, and fail more often than gas pumps.
I wear size 14 shoes. If great shoes come out and are only available in sizes 5 thru 11, don’t tell me how great they are and how size 11 isn’t that small. Size 11 doesn’t fit my needs and there are plenty of other people with big feet.
I’d buy a Toyota Sequoia EV if they made one. Maybe I’d settle for a 4Runner EV. But a RAV4 EV would be something I’d accept only begrudgingly, and anything smaller is a no deal.
I wouldn’t call them ecoboxes because they cost too damn much money.
They are size 10 shoes when I wear a 14. Don’t make the argument that there are plenty of people who wear a size 10 and are quite happy with them. Too. Small. For. Me.
Your dishonesty through selective quoting is quite impressive.
The very next line after what you quoted:
" About two-thirds of the extra energy consumed is used to heat the cabin."
Of course, you do not seem to care about the actual facts of the situation. Just misrepresenting half data and half quotes to try to prove your opinion as a fact.
Total Interior Volume (cubic feet)
id.4 99.9
Rav4 98.9
Pilot 153.1
Expedition 191.2
Audi E-tron has 57 cu ft behind 1st row ( I could not find that number including the front row). Compare that to the Rav4’s 69.8 cu ft behind the 1st row, and the E-tron is smaller than a rav4 or id.4
Seriously, not all places and use cases favor BEVs. Some transport cases would be better served by hydrogen powered vehicles, which could be powered by green hydrogen. But the early adopters have driven the market toward BEVs. The outlier cases unfortunately will be more costly. And the ungaraged might end up relying on public transportation more.
I don’t know anything about low temperature impact on supercapacitors. They are a dark horse in consumer EVs right now, but who knows what breakthroughs might happen.