jasonhc73
Cat herder, and dog toy tosser.
I have never been able to put a load more than the inverter(s) can do. It mentions peak load and burst times. So I'm pretty sure you cannot run the inverter over it's maximum and expect it to ask the grid to pass power through.
I have a 10kw limit now on my LV5048's, I have done a max load experiment and only came up with 9300-watt load. That is everything in my entire house on and still didn't max it out.
The electric clothes dryer, microwave, A/C, all the lights, TV, all the ceiling fans, refrigerator, and freezer. I have a gas range, so that's not an issue for me. 13kW from the LV6548 is a pretty big stretch to do. If you add in an EV car, that could do it in pretty easy though, if you had EVERYTHING turned on. I sized my system so that I could run the A/C and have plenty of headroom leftover for everything else. Running everything at once though is very a rare event.
I have a 10kw limit now on my LV5048's, I have done a max load experiment and only came up with 9300-watt load. That is everything in my entire house on and still didn't max it out.
The electric clothes dryer, microwave, A/C, all the lights, TV, all the ceiling fans, refrigerator, and freezer. I have a gas range, so that's not an issue for me. 13kW from the LV6548 is a pretty big stretch to do. If you add in an EV car, that could do it in pretty easy though, if you had EVERYTHING turned on. I sized my system so that I could run the A/C and have plenty of headroom leftover for everything else. Running everything at once though is very a rare event.