Thanks for the info here. Is a simple 240v 14-50 enough? Can Leafs (Leaves?) and Toyotas and so forth use that with their own adapters? Or is the CS100 the way to go?
As a minimum NEMA 14-50 and NEMA 5-15 outlets.
110V outlet gives 1kWh of energy per hour. It works well with low range EV's and all plug-in hybrids.
To win all potential customers there must be J1772 EVSE with 32A limit.
This one for non-Tesla medium range EV's, like Bolt.
All three charging options can be wired to one main box with 50A main fuse (there is no need for more
as there will be no more than one car charging at any given time). This will keep the cost down.
Tesla proprietary EVSE is redundant to NEMA 14-50 outlet. And J1772 (aka Type1) does almost the same job.
CS100 is definitely overkill. Price is important.
If you want to stick to ClipperCreek then cheaper option is to get HCS-40P and mount it to the wall so it
can not be removed (stolen). Plug it into another NEMA outlet that is out of reach of clients (can not be unplugged).
I do not recommend investing into very high power EVSE's. Safety and actual end cost plays a big role.
And of course, in the end of the month, somebody has to pay for the juice. Keeping it up to 40A per garage
at any time will definitely keep unexpected surprises under control.
This setup requires 15A, 40A and 50A fuses in the main box, 3 wall outlets right next to each other (one is in a small locked box)
and easy to install EVSE.
If money is a thing, skip the EVSE and just have everything else installed (2x NEMA 14-50 (one is locked out), 1x NEMA 5-15)
and 3 breakers like mentioned above.
This applies to US. For EU, Schuko as a minimum. Tesla HPWC (aka Type2) with maximum possible amperage
as optional extra. In case of 1 phase only, 32A, in case of 3-phase availability, 16A is fine though mid-range
EV's will struggle due to one-phase onboard charger (Bolt etc).
If money is a thing, skip EVSE and install Red outlet (if 3 phase is available), if not, install Blue outlet.