I'm planning a 24v 2s2p battery (4 12v 100AH lfp + battery balancer) to 24v 3200W inverter (3 ft from battery bank).
Calculating for max load: 3200 / .85 / 20 = 188 amps - according to Blue Sea Ampacity Chart (single conductors/open air) 2/0 105c copper conductors should suffice?
Assuming this is correct, how to size interconnecting conductors for both series and parallel?
Do amps get split in some way for current sharing, or should all conductors be of equal ampacity based on the total max load?
Additionally, for fusing I am assuming a 250a Blue Sea Fuse Block Terminal MRBF at the main positive of the 2s2p bank?
What should the fuse size be for the positive terminal of the parallel connection?
Should the series connected positives get fuses as well?
Calculating for max load: 3200 / .85 / 20 = 188 amps - according to Blue Sea Ampacity Chart (single conductors/open air) 2/0 105c copper conductors should suffice?
Assuming this is correct, how to size interconnecting conductors for both series and parallel?
Do amps get split in some way for current sharing, or should all conductors be of equal ampacity based on the total max load?
Additionally, for fusing I am assuming a 250a Blue Sea Fuse Block Terminal MRBF at the main positive of the 2s2p bank?
What should the fuse size be for the positive terminal of the parallel connection?
Should the series connected positives get fuses as well?