OK, Johnny wants me to share the Stats on my Solar system.
First, it's a small emergency power system and not a whole house total off grid system.
It is composed of four 100 watt, 12V Renogy panels. In bright sunlight, I measured about 20 volts from each panel and about 5 amps of current.
That will be connected to a 20 amp 12 volt Charge controller and that will be connected to three 12 volt, 100 amphour Battleborn Lithium Batteries and that will be connected to a 5,000 watt 220 volt inverter that will be plugged into my 220 volt clothes dryer socket to backfeed the house panel. Before connecting the inverter, I have to turn off the main breaker so I don't feed power out to the whole neighborhood.
I will have to use energy management and be careful about what I turn on and what I turn off. The 5000 watt hot water heater will definitly be turned off. I will be able to use the Heat pump/Air Conditioner on a limited basis because it pulls 2,500 watts. I will not be able to use the heat pump part because there are 2 helper coils that can draw 50 amps and that would overwhelm the power supply system. If I don't use the Hot water heater, the Heat Pump, or the Electric Cook stove, It should run everything else in the House for more than 12 hours. During the day, in bright sunlight, I should be able to get a full charge on all 3 Batteries. If push comes to shove and I don't get a full charge, I plan to use Jumper cables and charge the system from one of my vehicles by running the engine for about an hour to top off the batteries. I have about $3,500 spent in what I have. If I went full blown whole House Off Grid, I probably would have had to spend about $12,000 to $15,000 because my house is total electric. Believe it or not, my electric bill averaged $120 a month last year. When I replaced the old Heat Pump and Hot Water Heater, the bill dropped so low that the power company sent someone out to see if was doing something to cheat the system.