panel_wiring.PNG
Hi guys!
Does this wiring setup of 30 - 370w panels make sense to you? If so:
1) What AWG would I need to support 28.05 amps (400v)(~250ft)?
2) Does this mean only 2 wires are going to the string inverters' DC inputs?
3) Does this mean that if shade hits panels on 1 of the 3 in series the other 20 would still function uninterrupted ?
4) If I have an existing subpanel near the ground mount (as opposed to going into the main panel 250ft away) can the AC output of the inverter be simply wired to a 30amp circuit breaker in that subpanel where can back feed into the house? ( subpanel is in a shed 200ft away from the meter - but only about 40ft from where the panels would be)
Thanks in advance - yes I am a newbie
for context - to visualize exactly what Im talking about
layout_distance.PNG
Hi guys!
Does this wiring setup of 30 - 370w panels make sense to you? If so:
1) What AWG would I need to support 28.05 amps (400v)(~250ft)?
2) Does this mean only 2 wires are going to the string inverters' DC inputs?
3) Does this mean that if shade hits panels on 1 of the 3 in series the other 20 would still function uninterrupted ?
4) If I have an existing subpanel near the ground mount (as opposed to going into the main panel 250ft away) can the AC output of the inverter be simply wired to a 30amp circuit breaker in that subpanel where can back feed into the house? ( subpanel is in a shed 200ft away from the meter - but only about 40ft from where the panels would be)
Thanks in advance - yes I am a newbie
for context - to visualize exactly what Im talking about
layout_distance.PNG
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