1. Which model of electric car does your "friend" have and
2. why is he using a middleman on this forum that appears to know less about solar systems (like MPPT) than he should?
1. Which model of electric car does your "friend" have andOkay, good point. I've used that "semi-trailer of solar panels" example before with people who wondered about solar powered electric cars. But that's what it would take to generate the power that the car uses at the same rate as the car is using it.
The person who I'm researching this subject for lives in New Mexico and has been a solar contractor for decades. He has access to plenty of hardware so it might make enough sense in this case. But I see your point. Thank you!
When you charge your car with solar power for those short trips, are you converting it to AC and then back to DC to charge? Or do you have a DC to DC setup? If the latter, I'd be interested in what sort of hardware you use. My friend in New Mexico is entirely off grid so is real interested in DC to DC.
I already addressed that.I really fail to see the logic you're applying. If it's not hard-wired, then it's not an integral part. Would a vehicle integrated via CHAdeMO be an integral part too ?
The EVSE limits the current to the car. My Bolt EV is limited to 12 amps. My Flo is limited to 32 Amps. My Tesla wall "charger" is limited as well. If the car asks for more current, the EVSE sends this to the car: 🖕 and negotiates the max the EVSE is set to allow.?
That's not how an EVSE works. You can't limit the available power. If you only "allow" it with 500 watts the car/EVSE is still going to take whatever it's going to do. Or if there really is only 500 watts available, something is going to fail or fault out.