Guest
On Sun, 16 Jun 2019 08:11:39 -0700, John Larkin
<jjlarkin@highlandtechnology.com> wrote:
Most US outlets are 15A per outlet but there are two on the typical
"duplex" fixture. There is a total maximum of 20A on these circuits.
20A 120V outlets also exist but the pin configuration is different
(one horizontal pin) and only one is allowed (can't be duplexed).
<jjlarkin@highlandtechnology.com> wrote:
On Sun, 16 Jun 2019 09:58:55 -0000 (UTC), Cursitor Doom
curd@notformail.com> wrote:
On Sat, 15 Jun 2019 20:50:29 -0700, Rick C wrote:
I have to acknowledge that if this 2 kW number is correct and a large
fraction of homes in the UK receive such meager distribution, home EV
charging of any significant fraction of the cars would be impossible.
Otherwise adding a simple 13 amp outlet accessible to the EV would
suffice for charging up to 150 miles per night or more.
The maximum draw per single domestic socket outlet is 13A. HOWEVER, most
homes can legitimately have up to 60A -100A by taking a dedicated spur
off the house's consumer unit/distribution board. The general limit per
domestic installation is limited by the power co's fuse which is
generally 100A maximum. I'm sure that's plenty for even an American. ;-)
No one in the right mind would attempt to charge an EV from a 13A socket
(unless time was not a consideration.) ;-)
We have 30KW, 120-N-120 at 125 amps. We have gas too, so we use a tiny
fraction of that capacity.
120V outlets are good for 15A, I think. The clothes dryer socket is
240V, but it uses gas too.
Most US outlets are 15A per outlet but there are two on the typical
"duplex" fixture. There is a total maximum of 20A on these circuits.
20A 120V outlets also exist but the pin configuration is different
(one horizontal pin) and only one is allowed (can't be duplexed).
Car charging would be possible but very inconvenient.