one cubic foot is puny fer surePower consumption and depth of cold are both good for a compressor. If you can deal with 1cf of space, sounds like a plan!
4.5A@12vdc/75W@120vac. 2.1cf.one cubic foot is puny fer sure
I tried to take a look at your "fridge setup in my For Camping thread", but could not find it.4.5A@12vdc/75W@120vac. 2.1cf.
My home grown still does better on wattage, is larger by 1.4cf and costs $400 less.
I tried to take a look at your "fridge setup in my For Camping thread", but could not find it.
I think that a 14 cubic foot chest freezer operating at 115 VAC will consume about 500 too 600 watts, (or about 5 amps), each hour not each day.Im willing to be corrected but $1549 for a freezer! You can buy a 14 cuft freezer form home depot for $450 Bucks. That leaves $1100.00 left over.
The home depot fridge uses 800 watts per day. You can buy a 1kw inverter for $150.00 Now we have 950 Left lets buy 2 200 watt panels for $100 each now we have 750 left for 550 I bought lifepo4 batteries 100AH 12volts . Now you have enough PV, inverter ,and battery plus $200 to fill fridge/freezer with steaks and Beer please invite me for BBQ. This all assumes you dont have an inverter or panels or enough storage If it were mi I would just buy 1100 in batteries.
According to spec sheet its 296 kwh per year. So im assuming thats plugged in under normal usage I divided by 365 to get 810 watts per dayI think that a 14 cubic foot chest freezer operating at 115 VAC will consume about 500 too 600 watts, (or about 5 amps), each hour not each day.
Found this freezer/company while watching another Youtuber
Capable of 12V/24V or even be outfitted for 48V DC...
These guys::
You are mentally challenging me Craig, (pun intended), but this conversation we are having is encouraging me to do calculations and the work necessary to determine how much solar power, (with no solar gain day generator supplement), in preparation of one fine day having a modest cold spot in my cabin to keep the two essential food groups cold year round; beer and ketchup!According to spec sheet its 296 kwh per year. So im assuming thats plugged in under normal usage I divided by 365 to get 810 watts per day
Mine works way better than expected those beers are darn good Ice cold!You are mentally challenging me Craig, (pun intended), but this conversation we are having is encouraging me to do calculations and the work necessary to determine how much solar power, (with no solar gain day generator supplement), in preparation of one fine day having a modest cold spot in my cabin to keep the two essential food groups cold year round; beer and ketchup!