Still waiting on my LiFePO4 batteries that will hopefully be here before winter, but not holding my breath.
I just saw that Renogy is having a sale with the reopening of their Ebay store.
I have the LV-6548 that is still in the box dying to be used and considering buying these panels since there is a sale: https://www.ebay.com/itm/274464106043?hash=item3fe755e63b:g:EpYAAOSwR4ZhJg-k
The LV-6548 max VOC is 250Vdc and Max PV array power is 8000W.
By my calculations, using 2 strings of 6 panels each for a total of 12 panels would be:
Max Array Power of 3,840W, but I'm not sure on the total VOC and wondering if this setup would put me over the 250Vdc
INVERTER MODEL
LV 6548
Max. PV Array Power 8000W
Max. PV Array Open Circuit Voltage 250Vdc
PV Array MPPT Voltage Range 90Vdc~230Vdc
Start up Voltage (Voc) 80Vdc
Any help would be greatly appreciated.
Thank you,
Andy
I just saw that Renogy is having a sale with the reopening of their Ebay store.
I have the LV-6548 that is still in the box dying to be used and considering buying these panels since there is a sale: https://www.ebay.com/itm/274464106043?hash=item3fe755e63b:g:EpYAAOSwR4ZhJg-k
The LV-6548 max VOC is 250Vdc and Max PV array power is 8000W.
By my calculations, using 2 strings of 6 panels each for a total of 12 panels would be:
Max Array Power of 3,840W, but I'm not sure on the total VOC and wondering if this setup would put me over the 250Vdc
INVERTER MODEL
LV 6548
Max. PV Array Power 8000W
Max. PV Array Open Circuit Voltage 250Vdc
PV Array MPPT Voltage Range 90Vdc~230Vdc
Start up Voltage (Voc) 80Vdc
Any help would be greatly appreciated.
Thank you,
Andy