MikeRuth
Well-known member
that's one stout DIODE, But I concur dropping the voltage via a diode is not the way to go, and after today's tests that diode would now be a closed circuit
I conducted a little stress test on the system and pushed the inverter to about 90% and the draw was 122 amps.
I'm just going to have to make sure that before engaging the inverter the voltage is at or below 15.0. If I crank up my Vent Fan it will knock down the voltage in a minute or so, and if I'm using something stout on the inverter I can always just turn the fan off after a couple minutes. As for the equalization charge being automatic, it is no longer. I'll do that if and when I see SG readings that indicate it or once a month or so when I know the inverter will not be used.
Right now the only other concern I have is the Audio Amps. I have to look up the specs and see what they are. I haven't switched them to the house battery yet.
Otherwise there isn't much else tied directly to the house battery that the high voltage would be of concern.
Mike R
I conducted a little stress test on the system and pushed the inverter to about 90% and the draw was 122 amps.
I'm just going to have to make sure that before engaging the inverter the voltage is at or below 15.0. If I crank up my Vent Fan it will knock down the voltage in a minute or so, and if I'm using something stout on the inverter I can always just turn the fan off after a couple minutes. As for the equalization charge being automatic, it is no longer. I'll do that if and when I see SG readings that indicate it or once a month or so when I know the inverter will not be used.
Right now the only other concern I have is the Audio Amps. I have to look up the specs and see what they are. I haven't switched them to the house battery yet.
Otherwise there isn't much else tied directly to the house battery that the high voltage would be of concern.
Mike R