How long will a 100 amp hour battery run a 5000 BTU air conditioner?
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- เผยแพร่เมื่อ 10 ก.ย. 2024
- I hooked up this 5000 BTU window unit AC to some 100 amp hour LiFePO4 batteries to see how long it will run. Check out if it even worked and for how long.
Check out the batteries here: amzn.to/4dqVaWh - Cheapest 5000 BTU AC: amzn.to/3Ac5EtQ
You can also check out this battery on the Dr.Prepare website: shrsl.com/4mx9k
#lifepo4 #lifepo4battery #ac #seidel #seidelranch #ranchlife #farmlife #reviews #airconditioner #airconditioning #solar #solarbattery #solarbatteries #solarac #battery #batterycapacity
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I hooked up this 5000 BTU window unit AC to some 100 amp hour LiFePO4 batteries to see how long it will run. Check out if it even worked and for how long.
Check out the batteries here: amzn.to/4dqVaWh
ampage 😂
@@Nlake13 It just rolls off the tongue better.
Now get a 12v super capacitor bank and try it with one battery , get the best of both worlds.
We run off grid at 48v ( 56.7V full 46.2V empty ) with 13.5 Kw Hrs of 15.3 Kw Hrs.
The capacity of the battery is 100 Amp-Hours x 12.8 Volts = 1,280 Watt-Hours. If the Air Conditioner pulls 500 Watts average-continuous at 120 volts, then 1,280 Watt-Hours/500 Watts = 2.56 hours. Realistically however, the unit will only run for a little over 2 hours, because when the battery gets really low, it won't be able to handle the 20 seconds of surge current every time the compressor turns on (that is, if the compressor cycles). If you add a huge capacitor to accommodate the 20-second compressor start-up surges (the cap fills up between compressor starts, and is there to assist with surge current when the compressor re-starts), then things might run a tad longer. But based on the calculations, I'd say 2.2 hours is about the maximum limit you should expect.
Great info. I think that is basically what a soft start does, but they are more than the AC unit is so they are hard to justify for something like this. I have been thinking about putting them on the ACs in my RV, but I have enough battery and solar power so I am not sure it's even worth it. Thanks for the comment.
theoretically, it can run 2.56 hours but that is when the battery is complyely drained. lipo batts should only be drained up to 50%, so you can only run to 1.8 hrs.
You also have to factor in the inverter conversion loss, typical inverter has about 85 ~ 90% efficiency, so to if 500W is being from from the output of the inverter, then the DC input power that the inverter will be pulling from the batteries is about 555W (@90% eff) this is the number you will be using to get more accurate run time from your battery.
@@peteralvarez3039 I believe 50% SOC applies to lead-acid batteries; 10% SOC for LiFePO4.
I would say that the AC would get 2 hours of RUN time. Once the room is cooled to set temp, the AC will shut down.
Go to 9:27 to avoid all the uneccesary talking. Also on 1 battery it runs just under 2 hours on a 2000 watt pure sinewave inverter.
I can run my 9k btu mini split for 2.5 hrs using a 100 ah 12v lifepo4 redodo and that's with bad cells! Only uses 0.7 kwh for that long.
Hi from Phuket - Thailand - GREAT video, I've done this many times, BRILLIANT to experiment, all the VERY best to you and your discoveries - NICE!
Thanks, you too!
Phuket Thailand...sounds like a very laid back place to live.
I have 5000 BTU Frigidaire in my shed I'm in Phoenix wanted to keep it at 85 or 90 but highest it would go was 85. We keep stock for our eBay business in there. My first attempt was two 250 watt used solar panels Epever charge controller 12V 100AH lithium battery and 1500 watt inverter. When I first got it the temp outside was about 85F to 90F it would run 8 hours the AC unit pulled about 400 watts. When it got to 115F outside now the window AC was pulling 1000 watts of power. Yes lot more power when it's that hot out I can run about 4-5 hours if panels have full sun which is from about 8am to 1pm neighbor tree shades one panel. My Epever puts out about 29 amps at 12V into the battery but the window AC is pulling 800-1000 watts of power by 10am. It runs longer then I thought it would. Now I'm building version 2 which is 4800 watts of solar, EG4-6000XP AIO inverter, 15k watt 280ah DIY 48V battery pack. It's going in the garage instead of the shed. Working on a mini split for the garage just about done ill start on the panels. Until then I have to swap the AC over to grid power using a long extension cable from the house. The window unit runs 24/7 for weeks and weeks from June-September I'm surprised how long it has held up some times when I shut it down to move the plug over I can hear the refrigerant boiling. If it dies replace it with another one I don't think it will die only cost me $139 at Home Depot.
Great info, thanks. I know what you mean on the temps and wattage. Mine has held up fine for over 10 years and used for probably 9 months of the year. I got this for $99 at Home Depot and it's been great. This unit has outlasted the main 5 ton AC unit in our home. I plan to keep it as long as it will run.
My LG 10,ooo BTU Dual Inverter window air uses 1000 watts Max, so I am not sure how your
5000 uses the same??
That hanier, A.C. IS THE WORST. 🗑 🚮 TRASH
its a cheap A C the worst. Its not energy efficient . Its hanier brand junk@@gregmckenna3858
+that's not the correct thermometer. That's for a fridge or oven. 😮😮😮
Mother of .. this guy never stops talking .. I think it is around the 10 min. mark he actually gets to the point but using two 100ah batteries.
9:45
I’d suggest increasing your attention span.
yeah..its horrible...
Some are saying I did not say enough or go into detail enough and others are complaining I talked too much. Just shows how the world is divided. It is what it is. Enjoy.
Absolute cranky folks watching here! Sorry SeidelRanch!! Just can’t satisfy NITPICKERS!!! Just saying!
Back in 2022 the smallest Inverter AC I could find was the LG LW8022IVSM 8k BTU Dual Inverter. On lowest fan speed, it never uses more than 500 watts. LG now offers the LW6023IVSM 6k BTU. I'm keeping my 8k unit: It is quiet enough to sleep with it running, as it gradually ramps the compressor up & down.
This channel has become such a serious help in my life lol.
Thank you. Glad you like it.
He is using super small jumper cables. Trying to start ac unit with them won't work correctly. If he has correct wires it would work with 1 battery
REPEAT AFTER ME... A M P E R A G E.. Because it matters. The title is also misleading, because you have a pair of 100Ah connected.
I know amperage matters. I explain that in the video. It's not misleading if it's addressed in the video. I get this question and wanted to answer it the way people think of it. Most basic 100ah batteries can't.
@SeidelRanch You don't get it. Pronunciation is my point. It's like someone mis pronouncing your name incorrectly. It doesn't matter at the end of the day, but it's still annoying 😒
@@SeidelRanch..the TITLE is misleading. The CONTENT may be correct, but that comes AFTER the title that asks “How long will -> A
@@OFFGRID_Trucker He is testing the longitivity of the batteries. It is obvious what he is meaning. You may wish to get a life?
Trolls
If you combine a small battery with big capasitor (1farad for example) you can run a fridge or AC on a smaller battery as the capacitor will take care of the upstart surge that is typically 1500w.
True. A soft start capacitor would be nice to play with, but this AC is cheap and old. I would rather run 2 or more with this anyway.
@@SeidelRanch You can also put Capacitors in parallel with the battery.
That is what I was thinking
They make them small now. Saw a 90F 900AMP 12v to 12v conditioner or whatever. 2xx bucks on Amazon
@@x35gamingI use 2 super capacitors in parallel! I can run my 5k btu AC for almost 6 hours.
Why is it always the trolls that comment? I liked it. Forget the people that seem to have personal issues with their life. Keep these useful videos coming.
Thanks. I have pretty thick skin, so it's no biggie to me.
It's not Amp-age, it's Amp-Err-Age. 'Ampage' is not a thing. Great demonstration though. I would like to see what kind of inverter you were using because most amateurs will look at this and think it is a direct connection to the battery. Also a closer view of the meter would help.
Thanks. I will work on that for the next video. Sadly I know the right term and spelling, but my mouth will not say it. I will work on that too. Thanks for the pointers and feedback.
@SeidelRanch
Truthfully, I agree with chatgpt1111.... It was bugging me through the whole video.
I will say this... you are quite the honorable man by not getting all butt-hurt when called out for it. 😂
Otherwise, good video.
What backup battery for high power units like aircond and heaters are hardly practical. Use a generator instead! High power units causes quick degradation of any known battery backup system! Use for lights, fans, TV and perhaps fridge is most suitable! I had calculated costings as the worst case is the expensive battery prices is still not viable for any High power appliances!
For all the needlessly picky and spell/grammar checkers.
It's very petty for one, it also tends to bring to light ones own insecurities. But one of the main reasons I don't spell/grammer check on discussion boards is the next thing you know, the spell checker themselves misspells, uses wrong grammar or messes something up and posters have a regular laugh in over the timing of their mistake...very embarrassing. And I can assure you someone will follow the spell checker around looking for their mistakes.
That's not to mention everyone messes those things up at one time or another, big deal. Lastly, all you who don't let those type things even phase you, thanks for being the class act that you are...always does my heart good to see even huge mistakes overlooked completely by most...like it's not even there. I'm proud to share the planet with such people.
Thanks. Well said. Yeah, we all need to get along and work together instead of tear everyone down. That said, I try to have thick skin. The internet is full of trolls.
😮 double the amp ,nice I learned something today
Thanks for watching.
Good test. One thing that might help in a small way. Run on fan only mode, then change to cool mode.
Good tip! I will try that and see what changes.
I just did a similar experiment with a 100 AH battery to an old Frigidaire unit using a modified sine wave inverter to see how that worked. I noticed that you are using pretty small wires for your battery connections, which may be the problem with the surge on start. You should be using 00 wire at least. I did have an issue with my set up using the modified sine wave inverter. The AC unit had a thermal overload on a 95 degree day, after about one hour. I plan to repeat the test with my pure sine wave inverter and do not expect any problems. Good topic and video.
Thanks. I think the wires are ok, because using the same wires with 2 batteries works fine. But, I will try it again with some 1/0 wires I have to see if it makes any differance.
@@SeidelRanch using clamps not good at all, high resistance at high currents
Both these last two Masseys was excellent. The 1800 took a little more fiddling. And until put to the pull did not fully cooperate. It just needed worked to get over it's rest. The divider valve and the orbital thingy needed some love, but I think that was mostly the divider o-rings. To stop fluid loss and actually steer. I think they both look great now that JT has given them a face lift. Possibly they will both outlive JT unless he lives to 90 which I am very much hoping. Maybe he will still be running them both in the field 30 years from now. Which he deserves highly. Good work JT.
Cooling from 85°f to 75°f is not the issue. What is the external ambient temperature? Cooling the interior from 85°F to 75°F is not the same on an 85° day as it is on a °105° day.
Yeah, I think that was the issue here. The room was already cooled, but it was hot outside so the unit had to work pretty hard to just keep it that way. This is a 2nd unit in my office to help on very hot days. It usually does great, but I keep it on 72 to 75 and have both ACs running. This time I was pushing it pretty hard.
This is sort of what I'm looking for: I have a LG portable AC LP0721WSR , 7000btu , Rated current 10.9A , we only want to use in our small BR in Florida when the power goes out & I am trying to find out WHAT SETUP, batteries & other equipment do I need to run such for a minimum of 8 hours and then HOW & WITH WHAT can I recharge them using a generator during the day?
Here's my set up;
5000 BTU midea AC, eight 100 amp hour 12 volt lithium iron phosphate batteries,
LOW frequency inverter, LVYUAN brand, 5 kw. From Amazon, and 2 kw of solar
This works for us.
I have had two good quality high frequency inverters fail, for inductive loads like AC or motors, low frequency is essential.
I'd invest in batteries first and add solar later as funds allow, as you can recharge batteries from a little generator quickly.
Best of luck
maybe a newer unit with energy star rating, but has energy saver mode built in to cycle whole unit on and off at a exact temp.
I am looking to buy another one. I will get one with all these extras and test again. Thanks.
Interesting title but I gave up after more than halfway, you still haven't started.
Yep. Get on with it bro is what i kept saying
But it's so good. I am building up for the climax. Watch the end credits too.
Interesting test, have two systems around here, they wouldn't run an ac very long. Work great for other things . New sub.
Thanks. Yeah, AC units are hard on batteries and off-grid setups.
I think you mean in rush current LOL. Good video.
Probably. English is my second language. Gibberish is my first.
Good idea EcoFlow delta pro 3 and please show more test it out on TH-cam video 😮 and on a air conditioner window
I will do some more of these tests on different batteries and AC units. I am going to try the refrigerator next.
Thanks For posting this great video. I couldnt do it so I'm glad you did.
Glad I could help! Thank you.
These new efficient air conditioner work better on low or dehumidifier setting. The ac fans are to strong the new weak compressor/condensers.
Try it with a reasonably new unit and in the size of room the AC is rated...5k BTU preferable. Also, set it to around 75f instead of full throttle. Be interesting to compare the numbers. 1/100Ah battery would make it somewhat less confusing. Thanks for the test. Also, those are just suggestions... I realize you may not have all those specs just lying around waiting to be tested
No, great suggestions. Thanks. I have another unit that is still in the box that I want to try and see what happens. I am hoping the peak draw is much lower than this one.
@@SeidelRanch Thanks...be looking forward to it.
There are also new smaller AC units which us way less power. Like 1/3 the size of yours.
What if you put an audio capacitor in parallel? They are cheep and then you can use one battery.
I want to test that. Watch for that video coming.
How much heat was added from the inverter and batteries?
A simple calculation can tell you how long this will run...
The newer inverter type window AC like Midea will suck way less juice
I think I am going to pick me one of those up and test it out. Thanks.
For the information you want skip to 13:30. Time is $$$$ don't waste it
agreed...this guy talks way too much for my attention span
True, I tried to explain a lot in the video for people that are not as wise as others. The results are always at the end.
My wife says the same thing.
Haste makes waste. Gotta know what you're talking about first. Otherwise it could a waste of $$$$.
The way it determines whether to turn the compressor on or off is very primitive and the temperature sensor which is just placed on the coil is not accurate at all.
Perhaps we could add DIY control unit to take more factors out of the ac unit into consideration to turn compressor on or off.
Then the battery can last much longer.
Yeah, that's probably true. An it's a cheap unit, so it's probably very basic.
If you tested a window unit made by Midea. With inverter technology, it would run much longer!
I want to get one of those. I have heard of them, but don't have one.
@@SeidelRanch I purchased a Midea 12,000 BTU from sam's club for $300. Incredible efficient, quiet, has a remote control. The u line is even more quiet but more expensive. This inverter technology is the answer to energy efficiency!
I guessed 2 hours 30 min for one 100A lifePo4 battery if you cheated with capacitor (or as you did another battery) to get it running as one battery can not get AC or fridge started alone.
Yeah, you have to have a battery that can surge that much and not many 100ah ones will.
Interesting test. I will say if I was trying to run ac off solar/ batteries I would spring for a inverter driven mini split. They are light years ahead of a window unit. Not only get rid of the surge but also get about twice the cooling for the energy expended. So an 8000btu mini split will take less power to run than a 5000btu window unit. Your wording suggests you think that setting the thermostat lower will make it cool faster. The thermostat is just a switch. If the temperature is above setpoint the unit is on. A lot of people seem to think setting the thermostat lower will make the ac cool faster even you don't so thought it was worth mentioning.
SEER rating =btus of heat removed per wh. Most mini splits are around 21. That window unit is around 9.75 seer . So burns more than twice the energy to do the same job
I have a mini split, but not an inverter mini split. The mini split is WAY better than the window unit, but it's still working so I don't want to toss it.
I set it lower to make sure the compressor would at least cycle on for the test. In this case it never stopped. It's not going to cool "faster", but it will keep it cooling and not cycling over and over.
It's power, start drops voltage and amp goes up ,your inverter protection work above 10.5 battery volt,check it in the manual
You should throw a couple super caps into the circuit to handle surge.
A 48v system would work much better. There would be much less stress on the inverter, less current draw, and better surge capacity.
I do want to buy me a 48v inverter, so when I get one I will do this test again to see how well it works out. Thanks.
Do you really set your AC to 65 in your house?
I do 70-72 and that's plenty cold.
Cut to the chase !
I was cutting and cutting. That chase is hard.
Let see your videos!
Less talking. Tell us what batteries to buy. Because all of your other gibberish means nothing to the majority of people.
Ok, got it. Buy this one: amzn.to/4dEqp01
New 5000 watt Midea runs at between 460 and 485 i have 3 i tested snd put back in box.
That is what I want to get next. One of the inverter type ones.
It might destroy the inverter. A 350w. Aircon. Can kill a 2,000 w inverter. Probably not right away in time it will. An inverter aircon it's plug and play. No headache
I need to look into that. I have heard of the inverter mini-splits. I might get me one. Thanks.
Go 24 Volt and Reduce the amperage requirements fuse and wire gauge size might help allot
A 24v inverter would be cool, but I don't have one. The wire size is fine since they still ran the AC with the second battery. They do not even get warm. Of course 48 volt would be even better. I was just trying to test the ability to run that AC on battery.
😊@@SeidelRanch
So whats the point of this experiment the wattage lost when using a battery is always lower than the wattage used to recharge the battery!
And even more energy is lost to generate the charge thus it's more efficient to run high amperage equipment off of a generator.
I have a remote cabin that I run lites and radio, 120 ah lead acid battery to a 120 ac inverter. I turn the inverter on about 6:00 pm till about 8:00 am. Each lite draws about 14 watts, radio 5, cd player 15 and bass amp 35 or 40 watts.
If I go three days without charging, the inverter might shutdown and charging might take about 2.5 hours to charge using much gasoline. (I have a special charger that can charge a deep cycle battery as fast as possible without excessive plate degradation.)
If I go three or two days before charging I've discovered the battery degrades quicker and wears out quicker.
By charging it once aday, charging time takes between an hour to twenty minutes.
My new ritual is to practice the bass while the generator is charging the batteries, so the amp and cabin are electrified by the generator while charging.
Don't tell me about solar cells.
The thousands of dollars to match the amperage isn't practical at a remote cabin.
A hundred dollar solar bank from harbor freight we bought will charge a battery maybe in about ten hours, IF you keep angling the panels to the sun, WHEN there's sun.
We mix both. This was just a test to answer some questions about battery capacity and AC unit load. We also have an off grid cabin in the mountains of CO where there is no electric lines for miles. I use solar panels, wind power and multiple gas generators there. They all have a purpose. We did start with the generators because they were the cheapest to get going and produce the most reliable energy. We added solar and recently a wind turbine to cut down on the noise and gas usage. It's a balance.
@@SeidelRanch ,
Thanks for your response.
Perhaps I wasn't quite gracious in my comment.
I might consider additional power sources other than gas generators in the future.
I believe you can run longer with invertor AC as the power draw is lesser.
You should research terms and subject matter more before making a video like this. Almost 80% of what you try to say or explain is incorrect. also the title should be changed to a pair of 100ah
He should also mention the fact that they're LiFePO4 in the title
Can you explain what you mean? I am always open to learning from those more knowledgeable than myself.
The point of the title is that you probably can't run an AC off of a 100ah battery unless it's one of the few that can peak over 250-300 amps.
@@SeidelRanch you shouldn't be running over 0.2C if you care about the health of batteries. Start from watts and work backwards. At 500W you would want at least a 2500Wh bank to be able to run this. None of this basic knowledge was mentioned in the video, you just said "it's at about 0.2C" but didn't explain what that means in lamens terms
@@sladesmith6377 Thanks. I tired to cover as much as I could without making a 2 hour video. There will always be things to pick at on anything.
To my defence though, it was about how long would a small ac unit run on 100ah and not what's the best way to run this and how many batteries do you really need to do it best. Personally I would want way more batteries if I was going to run this ac all the time on battery. I have over 15 KWh of battery capacity in my RV now and I still want to double that just for a 1000 - 1500 watt average load.
@@SeidelRanch well the title is click bait nonetheless. That's ultimately where my problem stemmed from
Based on title alone, I don't know... is it a 12v battery, 24v, 48v? Because Voltage * AmpHours = WattHours.
Amps by itself tells us nothing.
Ah, yeah. I can add that.
how long will 2 100 ah batteries run a 5000 BTU ac
See, that's why it's great. It answers that question too. 😂
Figure four hours
Verbosity is confusing sir. Babble
Turn rhe fan on first. Lowers the surge
You should of ran the inverter with positive lead on one battery and negative on the other battery
Yeah, putting them in parallel would have probably helped but I was not thinking at the time. I wanted to show what one battery did on this unit.
Midea, you're welcome
Yeah, I want one but this AC will not die. It just keeps going and going. I want a new inverter window unit.
A 5000 btu AC is not going to surge to 4000w. Not even close a 15A house circuit can only handle 1800w
If you had a 1000 watts of solar you could run it and charge the battery
That is true, if the sun is good. We have solar on the RV and I can run the AC units and still charge the batteries if the sun is nice and clear.
in the trade they're called "window shakers."
also, 200 is not 100 like the title shows.
True, but the intent was to try and do it with 100, but it would not work on this one. I am going to try it again with a better setup and see if I can get 1 battery to do it.
Instead of a second battery, couldn't you use a few one farad or larger capacitors?
I could, but I don't currently have any. I am looking into that now to try a setup with them.
Also check wire size
That I will be doing. These are the lead wires that came with the inverter, but I do think they are too small and may help the batteries handle the peak draw better.
Why don't you just put a supercapacitor in parallel with the battery to take care of the surges?
I don't have one, but want to get one and try that. I hear those really help take the heavy draw off of the batteries and help them last longer. Looking for a good one now.
amperage
Yeah. My brain and mouth don't link up well.
Thumbnail not true😢
How? That is literally an auto generated TH-cam thumbnail from the video itself, unedited.
You can resolve the surge with high power capacitors in parallel with the battery. Just sayin'...
I plan on trying that soon. Keep an eye on the channel for that video.
Ur typical window-shaker
Yeah, but I have to say that thing has been more reliable than my central system.
Volts times amps equals watts
Just put an audio capacitor on battery about a 2 farad 12v
Will help with start and run
The inverter is the problem when starting that AC. The battery can handle up to 100 amp discharge, which is way more than the spike caused by starting the compressor. This guy is misinformed.
100 amps at 12 volts = 1200 watts. The startup has been over 2000 watts many times.
Keep in mind Haier is a Chinese product, I really doubt that you're getting 5,000 btu. It's most likely 3,500 btu or so. Chinese made batteries also seldom produce the amp hours they claim, sometimes dramatically less.
Aren't they all made in China?
@@SeidelRanchfriedrich,, IS Made in. U.S.A. VERY ENERGY EFFCIENT. AND LASTS FOREVER. EXPENSIVE THOUGH
Capacitor bank
Next on my list. I have not played with them, but they look cool.
AmpeRage it has a R in it amp rage not ampers lol
Great video!
Too much rambling on though…
Thanks. Yeah, I talk a little too much. That is with a lot cut out. The crazy thing is I hear comments both ways; You talk too much or you don't explain it enough. Thanks for the feedback though.
@@SeidelRanch I myself am a rambler 😂. I’m definitely NOT trying to be an ass hole I promise!!
Too much talking for 14 minutes...
What? Never can be too much.
The word is amperage.
And especially, not "ecspecially".
Jeez.
Thanks for the demonstration.
English is my second language.
@@SeidelRanch Then we both get a lesson. I don't think I believe you, anyway.
.. i have never seen a small ac unit Surge to Four Thousand, running Full Bore they only use 400 Watts or so .. more like Six Hundred at most ..
Running, yes. It will run well below 1000 watts. Compressor start up though gets in the 2000-3000 watts range on this AC. Others I have are close but lower, some more like 1500 watts.
@@SeidelRanch .. no it won't, but Whatever .. 🙄🚫
Sorry thumps down this time.
Amperage not ampage
Is that a cardboard box there lmao.
We can't all have that fancy IKEA furniture like the rich folk.
Anyone do a DC motor test?
Yes why not worth it
6.00 min in
2x 100ah - 4.75 hr. 1 200ah 2 hr
If you meant "2x 100ah - 4.75 hr. 1x 100ah - 2 hr", then yes. The 2 batteries will help with the surge and get more out of the battery. I am now playing with my batteries to see which one(s) I have that will run this by themselves. Not many will but I think I have one or two that surge pretty high.
Great work, solar & battery to run AC and maybe a refrigerator, emergency coverage & money saving - the ultimate smaller off grid system
Running a giant air conditioner when the sun is not part of the equation is foolish.
Your battery cables are way to small and long to run ac like that. If it had correct cable size and connections it would work with 1 battery. This guy should not being doing videos and spreading miss information.
Ohm's law
100@12=10@120
Bruh. Learn math! Save u time.
Battery voltage x Amp hous = watt hour capacity!
Divide that number by the wattage ur ac unit uses and get run time!!
Eg.
12 volts x 100ah = 1200 watt hours.
Ac unit if using 250 watts after start then you have just close to 5 hours ( not taking into acct the effi iency of your inverter)
Its not ricket science just simple math which americans think is racist these days.
4000 watts to start a 5000btu 120v window unit lololol
Back to school for you
Thank you for your wonderful insight.
Click bait. Claims 100ah won't work and so he refuses to even try.
Huh? I literally try the one battery at the beginning of the video. Did you even watch it?
This guy talks too much and doesn't get to the point
You know you secretly like to hear me talk. That backwoods Texas gibberish has you hypnotized.
Lol 😆 it wont fire up and beeps because you have crap cables. I guarantee if you get correct wires or double up your wires. Also never use jumper cables to run ac unit or high power appliances. Do the test with correct wires. You are spreading miss information
“Ampage”!!??….the English word is “Amperage”
English is my second language. Gibberish I am fluent in.
Ifs ands and disclaimers all show long and nor results
What? This is over 10 minutes of pure entertainment joy. Get your popcorn and watch in amazement.
LOL, ampage?
Its actually called ampERage.
Thanks. I have smarts real good.
Talk talk what's the watts
It's all there in the video.
Your inverter is too small
Eyes up here please.
So your answer to your misleading headline is zero.
It's not misleading. I answer that question in the video.
Yes you did and it is exactly what I said and the answer is zero hours.
9 minutes in "enough talking about this
Yeah, 10 minutes would have been too much.
Get a bigger inverter
The inverter can handle it, just not all of the 100ah batteries can by themselves.
Hey dude, find out what you're talking about before doing a test. Not the battery that can't take the start up amperage. It's the inverter and possibly the bms in the battery. Understand the 100 a/h means the storage capability not the amp draw. That a/c runs on a 15 amp breaker, well below 100 amps. The 100 a/h means 100 amps for an hour (or 50 amps for 2 hours or 25 amps for 4 hours and so on) not the amp draw of a device.
What are you even saying here? The inverter dropped out because the battery was not providing the needed amperage for it to power the AC. I feel like this video may apply to you: th-cam.com/video/LQCU36pkH7c/w-d-xo.html
At 8.45 he says it!!!!
Lithium iron phosphate (LFP) is 12.8 volts. Times 100 amps = 1280 watts for an hour. Me thinks this fellow needs some electrical school learning.
Lithium Iron Phosphate (LiFePO4) has an average voltage of 12.8. At the average it's rated at, 100ah does equal 1280wh. I thinks you fella need to know what you are talking about before correcting someone else.
"5000 watt" WTF
That was a verbal typo. Give me a break man. I forgot to cut that out.
He meant 5,000 BTU.
@@SeidelRanch These scallywags are ruthless! Thanks for the test.
@@SeidelRanch I must add, it's not a verbal "typo" (typo is for typewriting); it's simply a spoken error.
Kinda irrational. We need the amps per hour.
That is in the video. The monitor is right on top of the battery.
Amateur. What a joke.
Really? Can your cat do this better? I think not.
@@SeidelRanch I have a 12,000 BTU mini-split running 100% off grid. My thumb down still stands.
@@timcat1004 Congrats. And I was just kidding, your cat probably can do better.
I do have my 5th wheel RV running off grid using 15 kwh of lifepo4 batteries and 1800 watts of solar. That said, I am not an expert nor claim to be.
@@SeidelRanch🤣😂 funk the haters u did great. Something i actually wanted to know. Thank u sir