And have extra wear on your battery that would far outweigh anything you’d get out of it?
I’m down about 18% capacity after 4 years of owning my current EV. It’s still plenty for my needs but I would be very disappointed if I saw this capacity drop much sooner or if it drops much more.
A replacement would be ~$15k and the cost of replacing the car would be a lot greater.
I’m very much digging the current strategy of grid-tied batteries and the myriad of companies working to re-use battery packs for grid batteries.
If it's any reassurance, I think the consensus is that the rate of degradation of your battery will slow considerably once it gets past 20% (of the order of 1-2% per year, i.e. the battery will outlast the rest of the vehicle by a long way) [0].
If $15k gets you a pretty big LFP battery, then you can get hundreds of thousands of kWh of use under gentle conditions like V2G. There are plenty of situations where 2-5 cents of wear per kWh is very worth it.
And if you do replace that battery, and you can't get a huge discount from selling the old one, then slap on a $500 inverter and install it at your house to keep using for the next 20 years.
I’m down about 18% capacity after 4 years of owning my current EV. It’s still plenty for my needs but I would be very disappointed if I saw this capacity drop much sooner or if it drops much more.
A replacement would be ~$15k and the cost of replacing the car would be a lot greater.
I’m very much digging the current strategy of grid-tied batteries and the myriad of companies working to re-use battery packs for grid batteries.