I think the vast majority of failure mechanisms with inverters are going to be noticeable on a stand-alone inverter.
I don't think you are likely to get a case where one of a pair of inverters is 3%-15% lower than it should be. (less than 3% and IMO you still won't notice when comparing to the other - more than 15% and you would notice it even if it were standalone.)
I am a big fan of per-panel trackability. For a large installation that I represented the nonprofit, I found an installer hadn't hooked up one of the modules that way (190 modules; only 189 producing power)
But in the OP's case, he will have 24 modules with 2 or 3 strings, minimal shade, all the same orientation/tilt and no requirement for rapid shutdown. In that case I think a regular string inverter is the more economical choice. Of course if he wants to do Solaredge for the entertainment value - I certainly could understand that.
If I were the OP, I might consider doing a ground-mount like bcroe has, with east and west oriented panels, providing more total power, while still fitting in the POCO's 10kW max restriction. Doing things that way could give you heat cheaper than propane delivery
I don't think you are likely to get a case where one of a pair of inverters is 3%-15% lower than it should be. (less than 3% and IMO you still won't notice when comparing to the other - more than 15% and you would notice it even if it were standalone.)
I am a big fan of per-panel trackability. For a large installation that I represented the nonprofit, I found an installer hadn't hooked up one of the modules that way (190 modules; only 189 producing power)
But in the OP's case, he will have 24 modules with 2 or 3 strings, minimal shade, all the same orientation/tilt and no requirement for rapid shutdown. In that case I think a regular string inverter is the more economical choice. Of course if he wants to do Solaredge for the entertainment value - I certainly could understand that.

If I were the OP, I might consider doing a ground-mount like bcroe has, with east and west oriented panels, providing more total power, while still fitting in the POCO's 10kW max restriction. Doing things that way could give you heat cheaper than propane delivery
Comment