Ej1749
DIY
I am looking for advice on getting an upgraded 25 meter extension cable from my office into my car park to charge my EV from an IP66 rated socket, from a standard Tesla 3 pin plug - plug in charger. I know not to use normal off the shelf extension cables as they're naff, melt and are a fire hazard. I know people who have been charging EV's from an extension cable for 10 plus years with zero issues. I have tried to study the regulations, but regardless is the below question possible to do safely, as the Americans are doing it.
13 amp standard socket - Is there a fire risk?
If I went with a standard 13 amp wall socket to get 10 amps charging power, then plugged in an extension lead completely upgraded, with an upgraded 3 pin plug, upgraded thick 25 meter cable and a decent IP66 out door socket, would there be any fire risk especially inside the building if done by an electrician?
Also, how thick would the cable need to be in order to not lose an amps? Also, would there be any other reason why I may lose amps elsewhere, without upgrading the indoor wall socket for example?
40 amp wall socket for faster charging - The Tesla chargers max charging output is 32 amps.
If I got the wall socket inside the office upgraded to produce 40 amps to get faster 32 amps charging power, with an upgraded extension cable like mentioned above would this still be safe? Also, jumping from 13 amps to 40 amps, would I need even thicker cables and higher rated IP66 outdoor sockets etc? If done correctly, is there more chance of a fire than just doing the 13 amps option mentioned above.
Any guidance on what wall sockets, plugs, thick cables and out door IP66 sockets would be great. I have contacted a few electricians, but I seem to get different answers, one was really pushing me for a proper EV wall mounted charger, but I am on a budget at the moment.
Thanks in advance!
13 amp standard socket - Is there a fire risk?
If I went with a standard 13 amp wall socket to get 10 amps charging power, then plugged in an extension lead completely upgraded, with an upgraded 3 pin plug, upgraded thick 25 meter cable and a decent IP66 out door socket, would there be any fire risk especially inside the building if done by an electrician?
Also, how thick would the cable need to be in order to not lose an amps? Also, would there be any other reason why I may lose amps elsewhere, without upgrading the indoor wall socket for example?
40 amp wall socket for faster charging - The Tesla chargers max charging output is 32 amps.
If I got the wall socket inside the office upgraded to produce 40 amps to get faster 32 amps charging power, with an upgraded extension cable like mentioned above would this still be safe? Also, jumping from 13 amps to 40 amps, would I need even thicker cables and higher rated IP66 outdoor sockets etc? If done correctly, is there more chance of a fire than just doing the 13 amps option mentioned above.
Any guidance on what wall sockets, plugs, thick cables and out door IP66 sockets would be great. I have contacted a few electricians, but I seem to get different answers, one was really pushing me for a proper EV wall mounted charger, but I am on a budget at the moment.
Thanks in advance!