But not true for almost all e-cars. I've posted elsewhere that Tesla are irresponsible and I'd never buy one. You may have seen how their cars have amazing range and performance for e-cars.
The reason is quite simple, they use huge number of high density small cells just like the 18640s in our e-bike and e-motorbike batteries. They are to save weight and space, but are highly stressed and can catch fire on occasions as we well know in this forum. One Tesla model for example has 6,200 18640 cells in its battery, meaning a very high risk of one going up and setting off the rest.
Others like my Nissan do things very differently, as Woosh and I have previously explained. With less space and weight problems, it uses large low density cells which are not in the least stressed. Added to that the controller limits the performance far below Tesla levels, though still more than enough, so the battery is never worked anywhere near as hard as our bike ones and Tesla one's are.
At nearly 300,000 there are more Leafs on the road than any other e-car worldwide, but there has never been a single traction battery fire on one. Even when spent for car use, they safely go into the home storage units that accept solar power for later use or resale to the grid.
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