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Another benefit is batteries degrade with age worse than they do with use. So high mileage applications are perfect, way less stuff wears out with mileage than a gasoline/diesel truck. A delivery van can put enough miles on to wear the chassis out before the battery pack degrades too much from age.


I drove pure electric (bmw i3) for 7+ years, and i'm unclear on what "age" means here, since recharge cycles I thought of as defining age, combined with the ambient temps of the battery pack during discharge and recharge.


Rechargeable battery wear can be separated out into (1) cycle aging and (2) calendar aging.

One of those typically dominates the total battery degradation, depending on the use case. EVs for personal use tend to have calendar aging dominate the overall battery degradation early in their life.


The other reply got it right, but I would add that the higher the temperature the faster the pack degrades, even when it is just sitting there.


How do/did you like it? I'm suppose to test drive one next week.


i3 pure electric was great but they dont make them anymore


For the scale they are operating at, it wouldn't be crazy to pull batteries that dip below a set kWh/lb value and use them as electricity storage.




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