I am using this Emporia at both houses, have had one for 3 years and the other for 2 years with no issues. Works great on my R1S and Tesla, very well rated, can plug in to 14/50 NEMA for up to 40 AMPs or hard wired for up to 48 AMPs.I’m looking for a wall charger for my second home that delivers the same if not better performance as the more expensive OEM version.
I also installed a 14-50 to charge, but that was several years ago, before the NEC required a GFCI breaker. GFCI breakers are expensive, about $100 more than a non-GFCI breaker. Wire is also more expensive for a 14-50 vs. a hardwired EVSE since you need 3 conductors on the receptacle. I needed 50 feet of wire, and 6/3 is about $1/foot more expensive than 6/2. Plus, an inexpensive outlet can melt (mine did), and an industrial receptacle is another $50-$80 more. That's still cheaper than most EVSEs, but the price gap for a hardwired EVSE vs. receptacle is now pretty narrow.I just installed a 14-50 as it doesn't get much use and it cost about $100 in parts plus what I had left over.
... and then watch your truck charge at 48A since that's its maximum. Very few EVs support 80A charging. Wire and a breaker to support a 100A circuit are expensive, and wire that size is a real hassle to work with. In addition, not every homes' panel will support an additional load of that size.get an 80 amp L2 charger on a 100 amp circuit or go home.
future proofing.... and then watch your truck charge at 48A since that's its maximum. Very few EVs support 80A charging. Wire and a breaker to support a 100A circuit are expensive, and wire that size is a real hassle to work with. In addition, not every homes' panel will support an additional load of that size.
That's the way to go, multiple EVs sharing the same breaker in an intelligent manner. And everything is hardwired with no janky plugs and outlets to wear out and corrode/oxidize.Universal wall connector from Tesla. I have it as well as my other EV charging hardware linked on my site.
The Tesla UWC will give you the ability to charge any EV and it will also be future proof as more EVs switch over to the NACS J3400 plug and away from J1772.
Also like was said you can expand the setup later on with power sharing with up to six chargers in total without requiring a service upgrade. For example at my place I only have 200 amp service but I have two wall connectors. Each can charge at the full 48 amps or if they are both charging they split the total allocation of 60 amps (30 each).
https://www.electrifiedoutdoors.com/ev-charging