mrmo
Well-Known Member
Yep, I installed another batt (deep cycle) with an isolator, switched inverter @ 1500W, then wired to the bed. You have to be smart enough not to run things to a point you kill the batt, but intermittent use of power tools, small heater, chargers, etc. works well. A light or stringers can run for a several hours at camp. Next day, drive the vehicle, recharge the deep cycle. I also have a 1500W Jackery with solar for the DC shite.That's fine - but doesn't help when every single thing you have is 110v. I used my battery powered equipment in my shop 90% of the time - makes no sense to have 12v charger cord ends. I'd be running my equipment out to a vehicle to charge it. I have quad outlets all over both floors of my shop, though, so an outlet is never more than 4 - 6 feet away.
I know why they limit the power drawn - and shut it off after 30 minutes - some fools out there would run it for hours, kill their batteries and then bitch to Jeep about being stranded. They have to make these for the best dummies out there, idiot proof them - they know a better idiot will come along and kill the batteries otherwise. You know they would.
Yes, the drawback of the inverter (factory inverter) is that it's ACC or RUN only.
Power loss is likely 5 - 15% and considering these are factory installed units in a truck, more like 10-15%.
The better ones are 5% and some companies are achieving 1% loss.
The dual conversion power supply for my wife's expensive quilting equipment is extremely efficient but we paid dearly for that efficiency. I can monitor it, and the heat output is very low as well (it's converting from AC to DC, then back from DC to AC to power the equipment)
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