I can't believe it's not possible for us to boondock!

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I have a 40’ Class A rig with a residential refrigerator and all kinds of electrical goodies. We boondocked 10 consecutive weeks this winter. The issue isn’t a residential refrigerator;it is sizing your battery bank to the power you need. Max and Eric’s 5er battery was not sized for the refrigerator. The manufacturer was not accounting for boondocking in their design, so if they want to do it they will have to do some modifications. Lots of folks have posted good suggestions.
 
For those who care...the lithium option would also save around 70 pounds. If towing a TT and close to the TV cargo weight, the weight off the tongue might be a consideration
 
Some are a lot under, the LiTime 100AH with 100A BMS is only $259 on Amazon right now after coupon, and has a 5 year warranty and 10 year expected service life
 
Some are a lot under, the LiTime 100AH with 100A BMS is only $259 on Amazon right now after coupon, and has a 5 year warranty and 10 year expected service life
The 300-AH battery I purchased in 2021 for $1,400.00 should cost $1,603.34 today just because of inflation. But today it cost $870.00, close to half that price.

I see they changed the brand name from Ampretime to Li-time since then.

-Don- Reno, NV
 
Check out Will Prowse on YouTube. He's an excellent source for info on LiFePO4 batteries. He likes Li-Time a lot.
Here's a link to a review:
 
Seems to me with a 5th Wheel, that one could add extra batteries in the cargo area of the tow truck to accommodate your needs. With two Honda gensets you should be able to dock in the boon and charge your batteries.
 
He likes Li-Time a lot.
So do I. I have the 300AH in each of my two RVs. An added system in my Class A. In place of the two main L-A house batteries in my Class C.

And according to the owner's manual for my 300-AH batteries, they are to be stored at full charge which makes them less hassle to keep stored than most other LiFePO4 batteries.

-Don- Reno, NV
 
I have a 40’ Class A rig with a residential refrigerator and all kinds of electrical goodies. We boondocked 10 consecutive weeks this winter. The issue isn’t a residential refrigerator;it is sizing your battery bank to the power you need. Max and Eric’s 5er battery was not sized for the refrigerator. The manufacturer was not accounting for boondocking in their design, so if they want to do it they will have to do some modifications. Lots of folks have posted good suggestions.

How much room do you have for batteries?
We have room for more batteries.
 
In the next few weeks we are headed to Valley of Fire outside of Vegas and plan to boondock. It will be a good opportunity for us to check out what we need for boondocking.
It’ll be be getting toasty. Be prepared to run for electric hookups and a/c. But have fun and enjoy the practice.
 
So maybe instead of trying to extrapolate the nameplate power draw of a given fridge in RV service, maybe start with the energy guide number since it's more representative of "typical" use factoring in duty cycle.
The problem with using the number on the nameplate isn't only that it doesn't factor in the duty cycle. It can be an inaccurate number to use even if you know the duty cycle because the number on the nameplate is the maximum power an appliance will draw.

For example, on my Norcold, the nameplate says 660 watts, but when it's running, it's drawing 450 watts (it has two 225-watt heaters). I assume the difference between 450 and the 660 on the nameplate is for the door heater and the ice maker, but both of them run very infrequently, or not at all (in the case of my icemaker, which I don't use).

Of course putting it on a kill-a-watt for several days is the best way to measure the draw of any appliance, but I agree with you that using the energy guide number would be better than taking the watts on the nameplate and multiplying it by the duty cycle. I'd take some testing results over multiplying a known incorrect number by an estimated number.
 
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