Hello, I am using the common SUN 1000W GTIL with 3 400Wp panels in parallel. The inverter DC input range is 22-60V and the panels peak at 40V.
My intention is to add a battery, but I am unsure whether it is possible using this kind of inverter.
My current scenario is:
My intention is:
Of course I have AC and DC breakers but for the diagram simplicity I left them out.
My question is basically if this proposal is feasible electrically speaking. I know the inverter can work at 2,8V*8 = 22,4V which would be the LiFePo4 battery minimum, but I have doubts regarding the connection of the battery to the solar charge controller AND to the inverter.
Thanks for your inputs.
My intention is to add a battery, but I am unsure whether it is possible using this kind of inverter.
My current scenario is:
My intention is:
Of course I have AC and DC breakers but for the diagram simplicity I left them out.
My question is basically if this proposal is feasible electrically speaking. I know the inverter can work at 2,8V*8 = 22,4V which would be the LiFePo4 battery minimum, but I have doubts regarding the connection of the battery to the solar charge controller AND to the inverter.
Thanks for your inputs.