RTPEV
Active Member
Overkill or not, V3 Superchargers are advertised as being able to supply 250kW to each and every vehicle that pulls up to one. Granted, I agree with you that statistically speaking, it's probably not likely that even 2 cars are going to be drawing 250kW simultaneously. Maybe in a similar vein to how ALL Supercharger sites are supposed to be 100% solar (or other renewable) powered (I don't think they are very close to that goal yet), maybe the full 250kW capability of V3 is an eventual PLANNED capability as stationary storage is added to each V3 site in the future as needs and ability dictate.
But yes, if the 350kVA is the total AC input of the unit, then without some kind of supplemental battery, the ~90kW per stall is going to be very disappointing if the site is moderately busy.
I suspect that the DC INPUT/OUTPUT section of the label implies that there is an additional 225kW of battery power possible (to get up to the 575kW of total DC INPUT power). Even then though, we're still only talking about 140kW per stall. I guess the other possibility is that the cabinet would support 575kW of battery power, PLUS the 350kW of AC power, to get to 925kW of total power.
I guess I'll have to try to research V3 Supercharger architecture in more detail.
But yes, if the 350kVA is the total AC input of the unit, then without some kind of supplemental battery, the ~90kW per stall is going to be very disappointing if the site is moderately busy.
I suspect that the DC INPUT/OUTPUT section of the label implies that there is an additional 225kW of battery power possible (to get up to the 575kW of total DC INPUT power). Even then though, we're still only talking about 140kW per stall. I guess the other possibility is that the cabinet would support 575kW of battery power, PLUS the 350kW of AC power, to get to 925kW of total power.
I guess I'll have to try to research V3 Supercharger architecture in more detail.