09-11-2016, 03:32 AM
ericlp, I like the way you think! A quick look on Amazon turns this up:
https://www.amazon.com/Power-PICOGLF60W4...B00JFQ5K2S (6000w at $1400, also have 2000w @ $650)
So helco plugs into the charger/inverter via a battery monitoring relay (or a simple switch), the dc side connects to your batteries, which are also connected to your solar array, and the AC side can supply a circuit or a small breaker box in your house. A separate breaker box could supply the helco only side.
Optimal battery size for a 4000w array would be 2 or 3 strings of 8 x 6v golf cart batteries. $1600-$2400 in batteries + say $300 more in cables.
So for as little as $2250 or as much as $4100 + relay/breakers you could be up and running and saving money. Not bad at all. I wonder why more people don't do this?
https://www.amazon.com/Power-PICOGLF60W4...B00JFQ5K2S (6000w at $1400, also have 2000w @ $650)
So helco plugs into the charger/inverter via a battery monitoring relay (or a simple switch), the dc side connects to your batteries, which are also connected to your solar array, and the AC side can supply a circuit or a small breaker box in your house. A separate breaker box could supply the helco only side.
Optimal battery size for a 4000w array would be 2 or 3 strings of 8 x 6v golf cart batteries. $1600-$2400 in batteries + say $300 more in cables.
So for as little as $2250 or as much as $4100 + relay/breakers you could be up and running and saving money. Not bad at all. I wonder why more people don't do this?