Yes, I know the scale is vastly different between driving charge and game lmaying charge, but it still sounds like revving your engine wile filling with gas.
Playing a game uses such a ridiculously small amount of electricity compared to the amount that is pumped in through a supercharger, I would honestly be shocked if the difference between playing a game while charging versus not playing while charging was in the minutes.
Well, depending on state of charge, supercharging goes up to 250kW. A state of the art PC (4090, Ryzen 9 etc) draws about 850-900 watts on full load. That means such a computer would use 0.004% of available power thus extremely negligible. And the APU (Ryzen-based media system) inside Tesla’s probably uses more around 200-400 watts under full load.
Ah yes, run the battery down while charging.
Yes, I know the scale is vastly different between driving charge and game lmaying charge, but it still sounds like revving your engine wile filling with gas.
I mean, literal orders of magnitude difference.
Playing a game uses such a ridiculously small amount of electricity compared to the amount that is pumped in through a supercharger, I would honestly be shocked if the difference between playing a game while charging versus not playing while charging was in the minutes.
Well, depending on state of charge, supercharging goes up to 250kW. A state of the art PC (4090, Ryzen 9 etc) draws about 850-900 watts on full load. That means such a computer would use 0.004% of available power thus extremely negligible. And the APU (Ryzen-based media system) inside Tesla’s probably uses more around 200-400 watts under full load.