FURY
Member
Hi Ferrycraigs!
thanks for the reply. I ask because TESLA just informed me that going forward, supercharging would cause more degradation to my battery than charging by AC. Since, DC is DC, that made no sense to me, UNLESS, TESLA believes that their CURRENT BMS is hedging the bet that a MORE injurious chargconsequente rate-seems mine is Supercharger capped at 47kW the last time I charged vs. a 42 kW at home will keep the masses somewhat pacified (which it won't) and the increased "degradation" at Superchargers is also a hedge.
Seems that TESLA is saying, though, that 47 kW at Superchargers, as an exclusive charging method, would be no different than 47kW at home charging and the TESLA statement is just not correct. I suppose the only caveat to that is if the onboard charger somehow cleans up the power, or something else, but then, why are't all sources going through the onboard charger/devices..
Thank you very much
FURY
thanks for the reply. I ask because TESLA just informed me that going forward, supercharging would cause more degradation to my battery than charging by AC. Since, DC is DC, that made no sense to me, UNLESS, TESLA believes that their CURRENT BMS is hedging the bet that a MORE injurious chargconsequente rate-seems mine is Supercharger capped at 47kW the last time I charged vs. a 42 kW at home will keep the masses somewhat pacified (which it won't) and the increased "degradation" at Superchargers is also a hedge.
Seems that TESLA is saying, though, that 47 kW at Superchargers, as an exclusive charging method, would be no different than 47kW at home charging and the TESLA statement is just not correct. I suppose the only caveat to that is if the onboard charger somehow cleans up the power, or something else, but then, why are't all sources going through the onboard charger/devices..
Thank you very much
FURY