KJINTF wrote:
...My opinion continues to be to use the HVD option - But what ever works for the OP is good
PT
I tend to agree a new inverter is in the cards
KJINTF, do you think using the HVD would react any faster to clamp the voltage than the temp compensation method I'm trying? I'm having pretty good success keeping the inverter from tripping, but sudden drops in inverter draw cause a spike in the voltage (or at least that's what I'm imagining) and the inverter trips. I had my laptop plugged into AC power as an inverter load and when I would unplug it the DC charging voltage would climb right up to and slightly past the set point and the inverter would trip. It's like the controller doesn't react fast enough to stop the voltage from rising and overshooting the setpoint by just a bit.
I've dropped the voltage setpoint to 14.40V.
