Yes I am in the rural area and not in USA. My English is not good enough to explain in detail but I’ll try.
My house’s electrical system is almost 50 years old. About 10 year ago, I have to “upgrade” the fuse box just so it can handle one single induction stove of 2500W (the fuse would blown immediately when it’s turned on).
Even a home charging kit of 7,5KWh is out of the question, let alone the more common one of 11KWh (in my country).
A 3KWh AC charger is theoretically possible, however it would take >20 hours to charge a typical 50KWh EV.
I think you meant that its not impossible, just requires a possibly expensive panel upgrade. One thing that is done in the US in this situation is to install a 2nd service for the EV charger.
I don’t know how electrical grid work here, but I assume I can’t use more than 3300W at any given time (we use 220V and the fuse box said 15A, or is it 20A? I’ll have to double check). So if I were to charge an EV, I have to turn off everything else in the house? I can’t live without the Air conditioner. It’s a 800W unit that can do both cooling and heating.
I will say that while I wasn’t happy, I did do 1.5kw charging and it overall kept up with my needs in the end for daily driving, but after a long road trip I was out of commission for way too long so I did upgrade.
If you could get 3kw, then that’s about 14 kilometers an hour of charge, which you’d have to compare with your average and your peak.
But yeah, if I had electrical wiring predating 200A standard, I’d probably be reluctant with EVSE in a rural area particularly. 1.5KW worked for me primarily for being moderately urban so I didn’t have to drive far constantly.
Yes I am in the rural area and not in USA. My English is not good enough to explain in detail but I’ll try.
My house’s electrical system is almost 50 years old. About 10 year ago, I have to “upgrade” the fuse box just so it can handle one single induction stove of 2500W (the fuse would blown immediately when it’s turned on).
Even a home charging kit of 7,5KWh is out of the question, let alone the more common one of 11KWh (in my country).
A 3KWh AC charger is theoretically possible, however it would take >20 hours to charge a typical 50KWh EV.
I think you meant that its not impossible, just requires a possibly expensive panel upgrade. One thing that is done in the US in this situation is to install a 2nd service for the EV charger.
I charge my ev on 240V 15A, so 3600W. It easily charges to 80% overnight
I don’t know how electrical grid work here, but I assume I can’t use more than 3300W at any given time (we use 220V and the fuse box said 15A, or is it 20A? I’ll have to double check). So if I were to charge an EV, I have to turn off everything else in the house? I can’t live without the Air conditioner. It’s a 800W unit that can do both cooling and heating.
I think we get 50 or 100A services here in Australia, so devoting 15A to charging after cooking dinner is fine
Ah, ok, makes sense.
I will say that while I wasn’t happy, I did do 1.5kw charging and it overall kept up with my needs in the end for daily driving, but after a long road trip I was out of commission for way too long so I did upgrade.
If you could get 3kw, then that’s about 14 kilometers an hour of charge, which you’d have to compare with your average and your peak.
But yeah, if I had electrical wiring predating 200A standard, I’d probably be reluctant with EVSE in a rural area particularly. 1.5KW worked for me primarily for being moderately urban so I didn’t have to drive far constantly.