Jake C
Member
While I think it would be great to see the 2170 cells in the S/X, I don’t think that is coming anytime soon.
2020 S/X’s will get the Maxwell dry electrode 18650 next which, according to them, would.
1. Improve energy density ~15% (370mi to 420mi, Elon with have a tweet for that) over current batteries (~250 Wh/kg to ~300 Wh/kg) with path to ~500 Wh/kg.
2. 10-20% cost reduction with easy integration into current production line.
3. Double Battery Life expectancy (90% after 1,500 cycles so after ~600-650k mi driven would still charge to 380mi from 420mi)
This seems like the best path to satisfying S/X shoppers and minimal CAPEX to implement. Also I’m unsure if dry electrode tech allows for higher V3 charging (Maxwell mentions improved discharge rates but I haven’t seen anything about charging ability).
2020 S/X’s will get the Maxwell dry electrode 18650 next which, according to them, would.
1. Improve energy density ~15% (370mi to 420mi, Elon with have a tweet for that) over current batteries (~250 Wh/kg to ~300 Wh/kg) with path to ~500 Wh/kg.
2. 10-20% cost reduction with easy integration into current production line.
3. Double Battery Life expectancy (90% after 1,500 cycles so after ~600-650k mi driven would still charge to 380mi from 420mi)
This seems like the best path to satisfying S/X shoppers and minimal CAPEX to implement. Also I’m unsure if dry electrode tech allows for higher V3 charging (Maxwell mentions improved discharge rates but I haven’t seen anything about charging ability).