Also, it’s not true that lithium battery recycling is merely lab scale. Pilot plants, like those operated by Li-Cycle in Toronto, are well beyond lab scale. They’re also in the process of building commercial scale facilities as we speak, not “5-10 years best-case.”
Your argument may have been valid 5-10 years ago but isn’t today.
If so than the actual total lifetime max miles would be way shorter for most city people. Unless IDK if Tesla has a smart setting on their charger or something to maximize cycles at the risk of running out of range.
I charged my 7 years old EV a lot more than 1000 times and it still works fine.
But yeah, agreed that we really need to figure out sustainable battery tech, because otherwise EVs are just punting the pollution problem down the road to our kids.
If you drain to 0% every day and charge back up to 100% every night it is. Another way you should think about 1000 cycles is that if you have a 300 mile range, it's 300,000 miles.
Then they have to be replaced. And there STILL ISN'T any system or process for recycling lithium (lab only, nothing deployed or near to deployment for 5-10 years best case).
Part of why I used lead acid batteries for my solar storage - it's cheap, ubiquitous and environmentally far more green than lithium because of the existent network for lead and lead-acid recycling. Plus if it doesn't move (it doesn't) the much higher weight isn't a problem.