Compressor Option with Power Station (2 Viewers)

[wxm]

My dual battery build plan went side way. The original plan is to get a LiFePO4 batter connect to the alternator with DC-DC charger. While I was searching for holiday deals for DC-DC charger, I ended picking up a Bluetti AC200P power station instead. Most of my "adventure" are pretty much the weekend outing. The power station has been serving the purpose pretty well, I can pretty much get away on the weekend without charging it. So I figure that I won't bother to run additional wiring from the alternator. If it ever comes to a need I will give the solar charging a shot.

So here comes to a challenge, the AC200P has only a 25A DC output port with a wimpy 14AWG rated aviation connector. (I saw people soldering a 10AWG on it. I will probably give a try later). Now I am trying to figure out a on-board compressor solution and I would like to keep it on the AUX battery if possible. Both DC powered compressor (Viair or ARC) seem to be hungry on power. Does anyone know any AC powered portable compressor as the power station has about 2000W AC output can probably comfortably run small household compressor.

 

[LandLocked93]

Ok so my reply is late.
But you have 2 options -
1 - get a 110V compressor. But understand that the rating of 2000WAC on the Bluetti is likely a suggestion and not a hard rule. And I mean you will probably see some wattage@110V for some time. But not the wattage they state for the amount of time they state. There is a good bit of loss in the inversion electronics that lessens both the runtime and the rated output. Recharging on-site will likely be necessary.

2 - go to 24 volts. I run 2 Viair pumps @24V and together they use less than 12A ~ 11.6 on average. Put 2 12V batts together in series and use a 12V-to-24V BCDC to charge the 24v bank. It's not difficult. In my case, any and all modifications requiring power are 24V - lights, fridge, air, solar panel(source), water pump, inverter, etc. The tank heater and U/V filter are 110v, but run off the 24V inverter which still cuts the current use to nearly 1/3rd that of 12v. (Yeah I know the law, I'm speaking from use experience)