[Qinsp]

A 240v breaker looks like 2 breakers held together by the switch handle.

If a 240v breaker says 20-20 it is 20 amps at 240v. This is plenty for any current Chevrolet Volt, which maxes out at 16 amps.
But if you anticipate getting another EV in the future, go with the 30-30 breaker. This will support 30a x 80% = 24 amps of continuous duty charging. Make sure it's 10 gauge or thicker wire.

To go Whole Hog, pull either breaker, replace with a 50-50 240v breaker and put in a 14-50R outlet using 6 gauge wire. This will support 40a charging for Teslas and 32a for Bolt EVs.

NOTE: It sounds like you should consult an electrician.

 

[BillG]

Yeah, you don't have 40 & 60, you have 20 amp and 30 amp.

Why not put a 6-20R on the 20 amp circuit and be all set with your current (pun intended) EVSE configuration?

 

[Neromanceres]

The stock EVSE only draws 12 amps. So a 20 amp circuit will work with no issues. The safest setup is the smallest breaker that will work for the application. So the 20A circuit would be the best approach.

 

[mr_raider]

The stock EVSE only draws 12 amps. So a 20 amp circuit will work with no issues. The safest setup is the smallest breaker that will work for the application. So the 20A circuit would be the best approach.

Yeah but if he is buying a new EVSE, now is a good time to consider future useage. If he can get in a 6-50 or 14-50 outlet, that would be great. Depends on the wiring.

 

[AZ EV Driver]

NOTE: It sounds like you should consult an electrician.

Based on your post, my vote is for this. Your homeowner's insurance company will be much more friendly should something bad happen.

VIN # B0985

 

[nhrabill]

Thank you for the advice/opinions it will all be taken into consideration. I contacted a friend who knows more than me and hope to get this competed soon. I have never charged at 220 at home (yet). It will be a treat to have this dedicated line instead of tripping the garage 110 circuit that seems to be overloaded as it is.

 

[Loboc]

If your daily driving won't change in the future (miles per day), having a hugemongouslyexpensive 60-amp dedicated circuit is way overkill. Any EV will charge the 40 or 50 miles typically used daily at 30amps in a few hours or less.

Personally, I put in a 40-amp EVSE since over-sized = over-reliable. I have charged both a '13 Volt and a '14 ELR (4 years of charging) every night with zero issues. For the added reliability, I spent 3x the money needed though.