Connecting several hybrid inverters to one battery - Manufacturers position

[timselectric]

I don’t think communications is guaranteed to fix it. Suppose you had some kind of universal communications hub that lets you plug two AIO into a battery at the same time. And it sort of adjusts the parameters on the fly based on what each AIO is trying to do.

If the chargers (SCC or AC) aren’t designed to work with DC coupling it might blow up.

Agreed,
Communications (or the lack of) had nothing to do with the failure.

 

[zanydroid]

Agreed,
Communications (or the lack of) had nothing to do with the failure.

Wasn’t clear if OP meant AIO when they said “multiple inverters on one battery”. Or literally inverters and not inverter/charger or inverter/charger/scc.

Bc literally inverter is fine, I think, provided the draw is acceptable.

 

[zanydroid]

Anyway now I have a reason why Chargeverter is better when people ask whether they should just buy a random AIO for charging. LOL.

 

[timselectric]

Wasn’t clear if OP meant AIO when they said “multiple inverters on one battery”. Or literally inverters and not inverter/charger or inverter/charger/scc.

Bc literally inverter is fine, I think, provided the draw is acceptable.

Either is fine.
I actually believe that an AIO is less of a problem. Because it has a bidirectional battery connection.

 

[timselectric]

Anyway now I have a reason why Chargeverter is better when people ask whether they should just buy a random AIO for charging. LOL.

Chargeverter is definitely better. If for no other reason than efficiency.

Edit to clarify.
Idle efficiency.

 

[zanydroid]

Either is fine.
I actually believe that an AIO is less of a problem. Because it has a bidirectional battery connection.

You mean LF only or LF and HF? I think a HF is more likely to kill itself

 

[timselectric]

You mean LF only or LF and HF? I think a HF is more likely to kill itself

Either
Or both
Whichever way you look at it.