For me, the dorm fridge form factor is the big reason I went this route. I have no interest in digging through a cooler for my food.
Mine is not , I have to defrost once every two months or so . Pain in the assOne thing to consider is that residential Fridges will be frost free.
That takes a lot of power to keep up with.
Especially since they want to do that overnight when solar isn't around to help.
Well alone that really makes for a completely different use case compared to the usual expo context, to the point that would be less confusing to keep them in separate threads.No long off the grid stays
The original question was about using a residential fridge on an expo vehicle. I guess we all have different concepts of what exploring means or we can afford, Dr. Livingston. I've been out for a couple of weeks and this set up worked for me. By off the grid I mean stopped vehicle for several days. I was driving almost everyday charging batteries.Well alone that really makes for a completely different use case compared to the usual expo context, to the point that would be less confusing to keep them in separate threads.
Thats a surprise ! ARBs, Engels, Dometics, et.al. draw average 4A.
I wonder if different supply voltages play into the difference noticed ?
Those ratings are 1.5 and 1.3 amps at 115vac input, which is a different kettle of fish when comparing to DC fridges at 12-13vdc.I think a lot depends on the fridge, size etc...
Looking at the cheap Insignia 3.5 cu /ft mini fridge, it is rated at 1.5 amps... https://www.bestbuy.com/site/insignia-3-3-cu-ft-mini-fridge-black/6195311.p?skuId=6195311
The RCA 3.2 cu/ft is rated at 1.3 amps. https://www.amazon.com/RCA-RFR321-F..._6?keywords=mini+fridge&qid=1580322184&sr=8-6
One problem for shopping for a mini fridge many MFGs don't list power consumption in the promotional material.