Hi Guys,
Edit 2: (Added Inverter model)
I'm building a 10 parallel battery bank which should be able to power 30kW max. ( x6 Growatt 5kW SPF5000ES inverters - 2 to each phase)
Question 1 - I want to use Victron Lynx power in as the busbar BUT it only has 4 input studs.
I require 10 Battery input studs and 3 inverter output studs - can that be managed by using the same stud for multiple input/outputs?
setup:
Battery:
10x Growatt Hope 4.8L-C1 Lithium Iron Phosphate Battery.
Battery Voltage: 48V
2x 5 Stack of the battery:
BUSBAR TO INVERTER
Busbar to 70mm² cable to MCCB 250a and from the breaker 35mm2 cables to each of the two inverters.
Question 2 - How would you wire those 10 batteries?
If I wanted to diagonally parallel 5 of the batteries it would require a huge cable that I don't have access to, the max cable I could use is 70mm² so i guess I could stack them 6 and 4 and parallels every two batteries before going to the inverter? I think I can do that with a 35mm².
Edit 1: Attached the battery manual.
Edit 2: (Added Inverter model)
I'm building a 10 parallel battery bank which should be able to power 30kW max. ( x6 Growatt 5kW SPF5000ES inverters - 2 to each phase)
Question 1 - I want to use Victron Lynx power in as the busbar BUT it only has 4 input studs.
I require 10 Battery input studs and 3 inverter output studs - can that be managed by using the same stud for multiple input/outputs?
setup:
Battery:
10x Growatt Hope 4.8L-C1 Lithium Iron Phosphate Battery.
Battery Voltage: 48V
2x 5 Stack of the battery:
BUSBAR TO INVERTER
Busbar to 70mm² cable to MCCB 250a and from the breaker 35mm2 cables to each of the two inverters.
Question 2 - How would you wire those 10 batteries?
If I wanted to diagonally parallel 5 of the batteries it would require a huge cable that I don't have access to, the max cable I could use is 70mm² so i guess I could stack them 6 and 4 and parallels every two batteries before going to the inverter? I think I can do that with a 35mm².
Edit 1: Attached the battery manual.
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