My system.
6-100w panels in 2S3P
EAsun 3kw hybrid inverter (iSolar MLV 3KW-U)
2 -12vDC 100ah AGM batteries in series for 24vDC
Loads are 12cuft upright freezer at about 70w running (day total is about 1.3kwh)
Computer and LTE router at around 50w max. (I figure about 300wh a day since it gets shut off overnight)
Lighting and miscellaneous phone chargers, digital clock and such (day total 150wh?)
Hybrid inverter, hard to get a accurate figure, but I am guessing it runs about 50 to 100 watts
As of now I am switching between SBU at 8am to UTI at 8pm so that the batteries are not drained too low overnight.
However I am looking at the SOL selection and wondering if it would be a better fit and remove the need to manually adjust the hybrid inverter from SBU to UTI. Yes, I can just give it a whirl, but I would be interested in any personal experiences people have with running in SOL mode.
6-100w panels in 2S3P
EAsun 3kw hybrid inverter (iSolar MLV 3KW-U)
2 -12vDC 100ah AGM batteries in series for 24vDC
Loads are 12cuft upright freezer at about 70w running (day total is about 1.3kwh)
Computer and LTE router at around 50w max. (I figure about 300wh a day since it gets shut off overnight)
Lighting and miscellaneous phone chargers, digital clock and such (day total 150wh?)
Hybrid inverter, hard to get a accurate figure, but I am guessing it runs about 50 to 100 watts
As of now I am switching between SBU at 8am to UTI at 8pm so that the batteries are not drained too low overnight.
However I am looking at the SOL selection and wondering if it would be a better fit and remove the need to manually adjust the hybrid inverter from SBU to UTI. Yes, I can just give it a whirl, but I would be interested in any personal experiences people have with running in SOL mode.