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I'm looking to build an inverter system designed to boost my F150 PowerBoost (hybrid) with a 7200W generator. I'm currently running this setup at my house via a 3-wire neutral switching transfer switch. It's actually been active since last Thursday night due to the unexpected tornado/derecho...

I appreciate the input. Just to clarify, for the 6000XP the AC input max continuous current is 37.5A (9000W). The inverter continuous AC inverter output is 25A (6000W). So the max continuous AC output of a 6000XP running in gen boost mode is 9000W + 6000W = 15000W? Or are we still limited to...

Apologies for a double post on this, but I can't tell if "off grid" or "all-in one" is the best place for this question. I'm looking to build an inverter system designed to boost my F150 PowerBoost (hybrid) with a 7200W generator. I'm currently running this setup at my house via a 3-wire...

Thanks for the details. For my use, I suspect I could use a more basic inverter charger. I’m just using the inverter and batts as surge capacity. Ideally I’d like to have my inverter generator powering the main load only being supplemented with the inverter. But for emergency use, I guess...

My understanding is that the gen boost mode is really for two configurations: 1. PV backup - where the unit calls for a gen start based on SOC and while running in that charging mode all load (up to the programmed generator max) is provided by the generator with any load above the generator max...