vdub
New Member
- Joined
- May 31, 2021
- Messages
- 30
I have the following equipment:
SolTan Solar Panels (the used ones Will recommended)
39" x 65"
Model SS250P-60
Max Power 250W
Open-Circuit Voltage 37.6V
Voltage at Pmax 30.3V
Short-Circuit Current 8.85A
Current at Pmax 8.27A
Max System Voltage 600V
Fuse Rating 15A
MPPT EPEver
Model Tracer 6415AN
Voltage 12V/24V/36V/48V DC
Current 60A
Max PV Voltage 150V
Max PV Input Power
750W(12V), 1500W(24V)
2250W(36V), 3000W(48V)
If solar panels connected in parallel then increases amperage + to + to + chain
PMaxA for 4 panels in parallel is 33.08a
If all 4 parallel then 30V x 33A = 990W well under input rating for MPPT
Desired MPPT output is 12v at 60A charging one Battle Born 100a (putting in a 2nd 100a in parallel next spring)
I'm using all 8gauge for input to MPPT and 4 gauge for everything from the MPPT to the batteries and to the inverter.
I think I have more than enough over kill. Does this all looks right. Thanks for any advice. VW
SolTan Solar Panels (the used ones Will recommended)
39" x 65"
Model SS250P-60
Max Power 250W
Open-Circuit Voltage 37.6V
Voltage at Pmax 30.3V
Short-Circuit Current 8.85A
Current at Pmax 8.27A
Max System Voltage 600V
Fuse Rating 15A
MPPT EPEver
Model Tracer 6415AN
Voltage 12V/24V/36V/48V DC
Current 60A
Max PV Voltage 150V
Max PV Input Power
750W(12V), 1500W(24V)
2250W(36V), 3000W(48V)
If solar panels connected in parallel then increases amperage + to + to + chain
PMaxA for 4 panels in parallel is 33.08a
If all 4 parallel then 30V x 33A = 990W well under input rating for MPPT
Desired MPPT output is 12v at 60A charging one Battle Born 100a (putting in a 2nd 100a in parallel next spring)
I'm using all 8gauge for input to MPPT and 4 gauge for everything from the MPPT to the batteries and to the inverter.
I think I have more than enough over kill. Does this all looks right. Thanks for any advice. VW
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