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While you're waiting, perhaps try this "VETG Charging Parking Only" SuperCharger behind the building, if you're part of Vehicle Engineering Test Group:
View attachment 235957
Location in Google is 37.479799, -121.930829.
Fair warning: while taking photo, I stepped on one big cockroach, crushed a mosquito that landed on me, then crushed another miniature cockroach that landed on my arm.
Also curious: this nearly 50 foot long connector from that SuperCharger:
View attachment 235958
Disconnect label:
View attachment 235959
Hmmm... looks like a prototype gen2 Supercharger to compete with the 800v Porsche charger Porsche installs first ultra-fast 350 kW EV charging station
I don't know where you got the figures above, but the actual formula to calculate the input power of a Supercharger cabinet is 192A * 480V * sqrt(3) = 159,626 VA which is approximately 160kW assuming unity power factor.KW = Amp x Volt / 1000
I get 600 * 200 / 1000 = 120
What am I missing?
I don't know where you got the figures above, but the actual formula to calculate the input power of a Supercharger cabinet is 192A * 480V * sqrt(3) = 159,626 VA which is approximately 160kW assuming unity power factor.
The rating of the disconnect switch at 600V 200A is not meaningful. Besides, it's 3 phase, so the max it can pass is at least sqrt(3)=1.73X what you calculated.Formula came from the great google machine. What I'm reading from the images in post #237 is 600 DC Amps and 200 volts...
DuckDuckGo found this: Re: Why is the Square root of Three a factor in 3 phase power calculations?The rating of the disconnect switch at 600V 200A is not meaningful. Besides, it's 3 phase, so the max it can pass is at least sqrt(3)=1.73X what you calculated.
Fremont-Kato Rd, CA
Interstates: None
Huh? It's right off 880 and also a small diversion for any long-distance route using 680. Distance from the freeway may be a bit larger than the factory, but likely when this location is online the factory supercharger will close to the public.
Huh? It's right off 880 and also a small diversion for any long-distance route using 680. Distance from the freeway may be a bit larger than the factory, but likely when this location is online the factory supercharger will close to the public.
- I might add "Along Auxiliary Interstates:". Auxiliary Interstates are (usually) intrastate urban spurs, connectors and loops and in most cases are pretty short. So I've simply ignored them.
I've had multiple people commenting on this. I plan to do different things for future posts:
- I'll write "Along Primary Interstates" which are the only ones I've been listing. Those are the ones that are truly across the country, which is where my focus lies.
- I'll write "Along US Numbered Highways"
- I might add "Along Auxiliary Interstates:". Auxiliary Interstates are (usually) intrastate urban spurs, connectors and loops and in most cases are pretty short. So I've simply ignored them.
"Along" is because I'm interested in how well Tesla is covering the whole of the USA to enable long-distance travel.and for that I ignore Superchargers that require a large diversion.
I did my factory tour this morning and the employee I spoke with says the factory superchargers will remain open to the public when Kato Rd opens. (To be taken with a grain of salt.)that probably means the 12 supercharger stations at factory may no longer be for public use once this spot opens. They need every square inch of available parking for the factory as we all know.