Redodo 12.8v 140ah Lifepo4 battery can power all of my small kitchen appliances!
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- เผยแพร่เมื่อ 5 ก.พ. 2025
- I really wanted to test to see if this one battery could power all of the small kitchen appliances in my house... so I put it to the test!
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12v 140ah lifepo4 battery:
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Amazon Link: amzn.to/4i5o7cW
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I wired in a 4 circuit manual transfer switch and plugged in an inverter/battery bank. Runs fridge, freezer, kitchen outlets, and my furnace.
Don’t need to lug around stuff.
Nice work! Thanks for the comment.
this perfect for my small trailer mobile home .. i can power my leds and phone charger direct to the battery also
You're right. Get a 12v fuse block and you could power all sorts of items!
First time I ever see a pizza cooker like that. Good tests, thanks.
The pizzazz pizza oven is amazing! No preheating. Just throw a frozen pizza on and set the timer. Done.
thanks for sharing
You're welcome! Thanks for the comment.
I opted for 4 REDODO 100ah 100 amp BMS with Low Temp Protection to Power the REDODO 2000 Watt 12 Volt Inverter
With four 100Ah batteries with 100A BMS, you can easily max out that 2000w inverter if needed. 400A discharge @ 12.8v is 5,120W!
@@OffGridBasementThe Reserve KWH is the main reason so My Appliances Run longer after Sunset or on Cloudy Days
nice
Thanks for the comment!
that pizza cooker looks ancient, how old is it?
hahaha!!!! It's OLD! I want to say it's about 10 - 12 years old. I honestly don't know how it still works. We still use it all the time. My son loves frozen pizzas!
Most of what you ran had close to a 1.0 power factor. But then most microwaves have both a power inrush and below a 1.0 power factor. Inverters and generators put out volt-amps although advertised as if it was rated in watts. Could you try the volt amp switch on your meter with the larger microwave?
A T Burke
I'll give it a shot to see what the difference is. Thanks!
Your shows are good -
My grandfather started working on hybrid farm and rural light plants about 1900 or so he also worked on small town 110 old DC power plants with battery banks -
Down in new Orleans on Bourbon St there was a 110 volt DC hybrid power plant -
My grand father said in winter the operator charged the battery's one hour in the morning and one hour in the evening during winter and 6 hrs total in summer because of all the fans and fridges running a lot in summer -
Most residence in the quarter were on 110 DC because it was 1/3 cheaper than 115/230 AC --
Hybrids tended to burn up to 1/6 the. Fuel of AC power plants so there power was cheap compared to AC power were gens ran 24/7 -
In my case I live in a rural area in the south and hurricanes and ice storms have knocked my power out for months at times -
I'm set up so I can live just fine on grid or off grid - I have a old oil burning stationary engine that feeds a bank of lead acid batterys -
The engine only turns at 350: RPMs and the engine is a hot oil engine - it uses oil for coolant because it runs at 250° or so to completely burn the fuel - it generates 17000 watts per gallon of oil burned -
My set up is constant hybrid the battery's take out the heart beat of the engine each time it hits - also it just generates 800 watts constantly -
When my water pump comes on the inverter might pull 1100 watts so you could say the gen delivers 800 and 300 watts comes off the battery bank -
During the summer I'll just use a window fan and ceiling fans instead of the AC units -
In 43 yrs it's always worked well also the old farm light plants primarily used weak acid in battery's compared to today's standards -
They used a acid strength of 1.195 or so - with that strength lead acid batterys last about 60+ yrs of cycling also terminals don't corrode and plates don't swell and rot - there are little problems with sulfation also and it's much easier to de- sulfate them and equalize them -
I think the Bourbon St plant used 1.170 acid strength -
when they sold the equipment to some island - my grand father said the cells looked like they were new after 70;yrs -
I thought that was an interesting comment -
my battery bank has 9 kw of usable power if I go to cycling -
After Katrina I had to stay in new Orleans and work on generators -
I have a stand by propane generator that starts and runs 1 hr a day to charge and maintain the battery bank -
I have a few freezers and things that have to run when I'm gone -
Because of the high humidity it defuses the UV light that panels need, so it's hard to get adequate out put from solar down here - 50% at noon is good down here -
So I've stayed hybrid over the yrs - my generator and battery's will out live me by a long shot lol -
In industry we tend to stay with lead acid if weight and space is not a problem -
that stationary engine with the base and radiator is about 2 tons of weight lol
Wow! That's some great history of power systems in a rural setting! I'm sure you've learned a lot from your grandfather's experience.
I can say a lot in print because my dad published international trade magazines for yrs -
He did his best to groom me to be a publisher also on my dads side the family there were publishers going back 500 yrs -
Ill mention this with inverter - its about the same with generators -
Its better to use a inverter that is 80 % larger than needed - this primarily in. Areas that are warm or hot -
Inverters will cut out when the ambient temperature is high thats about 105°F -
I have high end high frequency inverters that are FCC class A part 15 ratings - if there rated at 3000 watts thats 3000 watts at 78°F - when its 105° if there not in a airconditioned room they tend to cut out at high temperure with 750 watt loads -
In high heat i know trace low frequincey inverter fair out well - i have some of them -
Ive learned over the yrs that high frequency invertes di not handle higher temperure well -
If your coninues load is a 1000 watts your far better off with a 5000 watt inverter compared with a 2000 watt inverter also there will be far less cooling fan run time - fans often fail when they run a lot -
Thanks for the great info and comment!
I clicked on the Amazon link but found no 140ah battery. There was one at 200ah priced at $399 cad.
Now I'm wondering, how does a 140ah battery output 1500 watts for the larger appliances?
Much confusion here.
Urg! I keep changing this Amazon link, but it doesn't want to work right! The battery has a 150A continuous discharge rating. That means an output of 1920w continuous.