Be Ready For Any Power Outage! DIY 3000w SunGoldPower - PowerQueen LiFePO4 Home Backup System!

[@drewtedeschi2219]

Very great build Quick background, im a marine electrician, and design and install systems on boats like these One thing i would recommend is using a class t fuse for the inverter We’ve seen anls break and then re-weld themselves back together and cause a fire But beautiful system!!

[@Jasonoid]

Thanks for sharing your experience, that's helpful!

[@SandiRose2008]

You're always so good at thoroughly explaining everything! And making it look so simple. Thank you, Jason.

[@baldeagleApiaries]

That resistor explosion was a nice touch and a good laugh.

[@winstonsmiths2449]

I built a system very similar to yours but I used a cart made of composite material that is non-conductive. I enclosed the battery storage shelves with chalkboard material bought at Home Depot for under $10 each. I cut them to cover the sides and back of the open areas pf the cart. I secured them to the cart with strong Velcro. This will prevent items getting into the battery area. I do not have insulated tools, but I do cover the tools I am working with in heat shrink tubing.

[@lstucker]

I'm just getting started in my solar journey and I am looking for informative videos. I like your presentation style. It moves fast, covers the subject well. I appreciate the matter of fact approach. You speak clearly without stammering or pauses. I subscribed and liked. Well done.

[@Jasonoid]

Glad it was helpful!

[@minutemanprep]

Awesome video

[@Jasonoid]

Thanks for checking it out!

[@VinceBadovinatz88]

Agreed 😊

[@johnfitbyfaithnet]

Agreed!

[@KatysCampKitchen]

Thanks! Hi - I wanted to thank you for all your help. Thanks for being a team builder! I have learned a lot and it has saved me a lot of grief and dollars!

[@Jasonoid]

Thank you so much, Katy!

[@OUFan2]

Very good video. I built a 12 volt system like this about 2 years ago using a cart from Harbor Freight. Makes it nice to be able to just roll around the diy solar power station.

[@hificat101]

Hi Jason, I really love your canned food setup in the back. Looks like it's setup so you can see the dates on all the cans.

[@Jasonoid]

I made a video about it AWHILE back, you can see it here: kzbin.info/www/bejne/noS9YXueaNqlrK8

[@mohamedh0786]

That is a Very Neat Looking Setup, all your contacts and runs are done very professionally

[@DanielSan-ch7dr]

Stand your inverter up cause heat rises and it rising up into the electronics whilst laying on it back. Great idea and I love that you didn't hide the prices like most people do. I'm looking to do this with a 5kw 240v hybrid growatt to power my house as I'm exporting 20kw a day back to the grid yet still have to but power everyday .

[@barntt]

NICE! Rule #1 Nothing is EASY! Some suggestions for safety IMHO to prevent a fire (these things HAVE caught Fire). HEY! it's YOUR home. Think AC panels here. A Main disconnect switch of the proper size at the source (that big battery is the source here). THEN a fuse or breaker of the proper size to carry your load and protect the WIRING within 7 inches of the battery POS post (REQUIRED on a commercial unit I believe). Do maintenance checks often and keep connections clean and TIGHT. Could it pass an inspection? HEY! WHAT CAN GO WRONG? Insurance have disallowed claims because of these things. Do it RIGHT don't just make it work!

[@johnnysweekends]

Great build on the modular setup. Power stations are great but these can be fixed or parts swapped and more. Great for the person who likes to build there own..👍🏼 The sparks 🧨 were great to 😅😉

[@Jasonoid]

Totally agree! Upgrading or adding batteries is EASY with a setup like this.

[@jameshamm2480]

Very informative. The fan noise would quite down if you hung the unit on the end opposite the handle thus having top to bottom airflow. That would also free up the top shelf.

[@saeedhossain6099]

love the cart setup. an alternative to the resistor is to put a filament light bulb in series on the positive lead when connecting the battery. also there are a lot of 240vac output ups solar inverter chargers. to use one of those you'll have to add a split phase or center tap transformer, but you can get from the ac output lower amperage while delivering the same amount of power.

[@capecoaster69]

You are a great teacher....

[@Jasonoid]

Thank you! 😃

[@Ausprep]

Cool idea, however your fuse amp rating needs to be smaller then the amp rating of the cable. Also solder on cable going under a screw isn't good practice. But well done and good work.

[@rondamon8004]

Love the setup, definitely a life saver for any emergency...well explained great channel....!!!

[@shelley131]

Thanks for your video, great as always. Wondering if you could do one explaining the pros and cons of 12V vs 24V vs 48 and break down where it would be most beneficial.

[@Jasonoid]

Great suggestion!

[@equanimousawareness]

48 volt is more efficient than 12 or 24. The more voltage step-up the more power is used just for the step-up process. When using a 220 split phase inverter to power central AC unit or other 220 appliances a 48 volt system is pretty much a must.

[@robertsmith2956]

@@equanimousawareness If all your doing is keeping the fridge running, 12 or 24 volt is better since the inverter doesn't eat as much power sitting around waiting till it needs some energy output. The 48V split phase eats more power if the AC doesn't turn on.

[@BenEehayeh]

The Danfoss BD50f compressor, for refridgeration, can operate in any power source, it requires 109 watts to operate. You need to purchase the Power Module for your voltage needs, 12/24v, 115v, or 220v. The Power Modules contain an inverter, transforming the input voltage to the requirements of the BD50f. If you have a 115v refridgerator with a BD50f compressor, you can swap Power Modules to the 12v version and run the refridgerator directly from batteries without an inverter. Therefore, more efficient battery usage.

[@genetownsend8847]

That is good to know!

[@johnperez9597]

wow.. thanks for the tip about the resistor.. really appreciate it.

[@GalloPazzesco]

This is one of my favorite diy build videos. Well done, thank you. I'm jealous of all your backups btw. Subscribed, bell rung, commented, upvoted, liked, shared ... may the algorithm gods smile favorably upon your channel friend.

[@Jasonoid]

Thanks! :)

[@synetic]

pro tip - never use a metal cart. plastic/resin carts are cheaper, won't ever rust, and avoids any issues with electrical devices

[@fauxque5057]

Since you're the Pro, where would I buy a 3 shelf resin cart that can hold 12- LiPO4 batteries, and have the same dimensions of the steel cart? And for cheaper than the $54. I paid for mine at Harbor Freight. It's hen in service for 2 years with no shorts, and no rust yet. I also live in Florida with a high humidity rate and the cart is on the covered back porch. I do have some minimal surface rust starting on the vent covers on the MppSolar LV-6548 charge controllers. I probably should pop them off and shoot some Rustoleum on them this spring

[@davebacknolaliki1452]

Pro tip put some insulating material between it and the components if you’re worried about it.

[@WyrdBlogger01]

​@@davebacknolaliki1452PRO TIP: You are right about the insulation.

[@brucebugbee6604]

Nice project and well done video. I really like the concept. Since I already had a 24 V home backup system using rack mounted batteries and Victron Multipluses in split phase mode, I didn't need the inverter. So I just built a 24V battery bank on a three tier cart using 2S3P x 12V 230AH TimeUSB batteries which provide an additional 17.6 kWh of battery capacity for about $3,000 including the cart, bus bars, breakers and cabling. I plug it into my system using 2x175A anderson connectors and 2 x #2AWG cabling.. It works great and has become a permanent part of my home backup system. One additional item to consider when putting 12V batteries in series is to make sure the batteries are all top balanced before hooking them up and add a battery equalizer to keep the 12V batteries balanced over time.

[@valster6254]

This is a fantastic video. The info you presented was just outstanding. Very good learning

[@Jasonoid]

Thank you very much!

[@Ulbre]

What a great tutorial and super neat build. Really interested in that transfer switch and glad to see you also have a video on that. Will be watching that next. :) Cheers from Chiang Mai, Thailand.

[@TheRdwyer]

I like the thinking outside the box. We have come to be reliant on plug and play, if a single device i.e. solar generator fails, or your generator fails, you are SOL, this has its place. Single items can be replaced to restore the system. Having said that, I am a huge bluetti fan, I have AC200max with 2 b230 batteries. I have 2 EB70 and 1 EB55 in 220v versions. I have spare cables and spare power supplies. But always looking for other ideas. Great video thank you.

[@Nemo_IRL]

I used that same cart for a build I did about 4 years ago using Tesla modules. 👍

[@BrazzaB1]

Don't solder your wires. It may seem like a good idea, but due thermal cycling, it can loosen. Best practice is to crimp.

[@RamFixIT]

The only thing I would change with this system is placing the battery fuse closer to the battery and adding a battery disconnect for safety

[@functionalvanconversion4284]

Thank you! 5ohm 10 watt resitor those huge sparks are always adrenaline dumps😊

[@infunerous666]

It’s a floating neutral device, which is good because it will ground to your house via transfer switch. You don’t want 2 ground points at once

[@garytrawinski1843]

I own two Bluetti AC200P's, Echoflow Pro, and an off-brand 2000 watt solar generator plus I have 2820 watts of solar input. My solar generators are usually fully charge by around 12:30 pm. I live in Golden Valley, AZ with around 300 full solar days per year. I have excess solar charging capacity on most days. I like to tinker around with stuff. So, this gives me some ideas for my next project. Thanks for the video!

[@campbellsoup4910]

What up Doe!? I really like that all in one setup with adding 4 batteries Dr J' 👍🏻👍🏻

[@vulcan4d]

Always check your regulations. Where I live they won't even allow a 1000w system in your home. That's just a single 12v 100ah battery! I can however stick it in the detached cold garage....

[@winstonsmiths2449]

Oh, one more thing...I create insulated sleeves with heat shrink tubing. I tape off one end with electrical tape and then I slip one each over the pos and the neg lug. I use a tubing diameter that is snug enough that it will not fall off.

[@dlbracer56]

My setup I made in 2016 uses 4 6v 260Ah AGM batteries (Renogy) due to costs of lithium in 2018. A Renogy 2000w pure sine wave inverter/charger, cables, breakers, and fused properly. An Epever 40amp solar controller, MT50 monitor on an 800lb Gorilla cart. I can grid power, generator, or use the 800watts of solar panels. Tested and routinely used as UPS.

[@Jasonoid]

Great setup! That's a lot of power right there!

[@davebacknolaliki1452]

One thing I would be a little weary of though is tinning wires before putting them in a compression style connection like that. Probably will be fine though. Nice video!!

[@Jasonoid]

Thank you, I learned that after posting this video.

[@nevv8581]

Another great job and video. Thank you for taking the time and sharing the info. God Bless.

[@shawnthomas6460]

Thank you for sharing. I am looking forward in creating my own system.

[@Moes_Prep_and_Tech]

I love the Rack to the Right with the Preps. I see your Prepared. I have a similar setup myself

[@Jasonoid]

I was thinking of doing a simple preparedness video. It's good to have food, water, supplies, and energy stored up :)

[@Moes_Prep_and_Tech]

@@Jasonoid you should, the same kind of people interested in Battery backup will probably have a backup of food stashed away. If I had the means to make a Solar Powered Emergency Bunker I would, lol

[@Moes_Prep_and_Tech]

@@Jasonoid I have a room in my house I don't use, every time I take a trip to the store I get a couple extra things, little by little without making it look like I'm hoarding

[@Jasonoid]

@@Moes_Prep_and_Tech that's the way to do it!

[@kevinholland4156]

I've always liked the component systems. I guess this is a hybrid component system. I am impressed. Are you going to put the add-on WiFi connection on it? Great concept of the HF cart. Thank you for a very good video Jason.

[@Jasonoid]

Thanks Kevin! I like how it has the option for the WiFi module and I have thought about adding that for convenience. I'm just hoping this project is an idea bed for others looking to do the same thing.

[@ErvigHenry]

Great video on "Energy"! As an outdoor enthusiast and RV lover, I highly recommend checking out the Segway Portable PowerStation Cube Series. With its massive capacity, fast recharging, and waterproof technology, it's perfect for powering all your devices and appliances during camping trips or in case of a power outage. Plus, the Smart APP Control feature adds convenience and peace of mind. Definitely worth considering for your outdoor adventures!

[@alphastarcar]

Awesome video. I wish I seen it sooner. I’m now to far into my 12v system to make the switch. No pun intended.

[@equanimousawareness]

Standing up the inverter will allow maximum cooling. If the fans on the bottom are sucking air in and the vents are on top, having the unit upright will keep the unit cooler via the chimney effect (heat rises).

[@Jasonoid]

It actually pulls air in from the sides and shoots it out the bottom. The fans really move the air so I don't think it laying flat is an issue at all. The air coming out is always cool.

[@v1d9uy]

all in ones are for sure the way to go when it comes to solar input and battery storage cost if you dont need to be mobile.

[@Jasonoid]

I agree, it's super simple to put together! This one is KINDA mobile with the wheels, but nothing like a portable power station haha.

[@lynnbb]

Excellent thanks Jason 💐

[@seewaage]

I think it's totally awesome!

[@Omni.reality_tv]

Nice one bro

[@CMills8674]

Excellent video as usual!

[@oldvideos1]

Great video, I just made a video with my slightly upgraded setup, still 12V... i want to go 48V soon. your video helped explain some of the aspects of it. thanks!

[@timmathewson9111]

Nice informative video. Thanks for sharing and giving us lots of details on this.

[@pauloconnell7668]

Tear downs are good. You really do need to see the quality of the build.

[@GoogleAccount-lf5bl]

Very nice! Thank You!

[@johnboy8211]

Seeing that you are going to a transfer switch, do you have the neutrals from invertor , line and load tied together. Bonding of neutral and ground at main line panel only. So your inverter should be a floating neutral , not bonded. The rule being bonding can only at one place only .

[@jeffe.9904]

Great Video Thanks Jasonoid!!

[@Jasonoid]

Glad you liked it! Something like this will work great for grid instability.

[@czexybeast]

Great video! Was looking to something similar l but with the MPP 2724, but I can see the versatility of using a system that plugs directly into a transfer switch.

[@Jasonoid]

With a system like this you can take it with you to the next house :)

[@Herbsformentalhealthandanxiety]

Looks like the one silver Stacks Prepper made. Nice 🙂

[@Jasonoid]

I haven't seen his channel before, I'll check it out!

[@leesahcage3297]

Excellent video. I have a Delta mini but I think I will build one of these also because I can always add additional batteries later on.

[@Jasonoid]

Glad it was helpful!

[@davesdiversions8078]

Excellent video. Great information.

[@visamedic]

First of all excellent video. I’ve been back and forth on this whole build, or buy a plug and play system. I’m leaning to build. I’ve watched dang near every video I can on this, definitely good info. Might do a combination of the two. Buy a complete system that’s made to match properly, and build it into a portable system. And I do want the ability to plug it in with past through charging capabilities where I can plug into the house or a generator if needs be. I will probably use one of those ABS carts though. I see you guys all using these metal ones and it make me cringe 😬 because I will will shock the hell outta myself doing this otherwise 😂🤣😅

[@BradGryphonn]

I really need to upgrade my system to LiFePO4 batteries. I've got a similar setup attached to 2 160W solar panels. Two 115A/h AGMs, a controller/regulator, and a 3000W Pure Sine wave inverter. I feel like it needs more battery capacity because I can lose 10% of my charge in an hour or two in full sun on the two parallel-connected batteries when running a computer, TV, stereo system, a 75 litre dual zone twin-lid camp fridge, a phone charger, and some LED strip lights. I'm wondering if I've set up an inefficient system. Both panels are connected in parallel as well. Maybe I'm expecting too much from the setup, I dunno. I can run the fridge by itself overnight after an hour or two of using the computer system setup, and it only drops to 48/50% . I need to rethink my computer setup though. It's a desktop using a 100cm Tv as a monitor, and a Sony stereo system for speakers. A lot of power just to watch KZbin and catch up with news and social media. Good thing I have a ULP genset as a backup I guess.

[@dougscott2408]

There was no comment about the transfer switch wiring, normally they are wired for 240 split phase, but your invertor was 125V...I know the teansfer switch can be wirred as you want, but I did not hear that mentioned.

[@user--PM]

Thanks for sharing the cart build, i think you have enough room on that shelf for 4 of those 200ah batteries so a 48v system coulda been done i think. i was a bit concerned seeing that battery not in a case, but then ya told us its because it wouldn't fit on the cart, still looks a bit weird but, it works.

[@Jasonoid]

Even though the battery was removed from it's case the terminals were protected. One could fit 4 200ah batteries on the cart if two of them were removed from their cases, sad to see so much wasted space on these larger batteries! That's why I recommended the four (100ah) batteries in a series / parallel config so the battery warranties would be intact still. What I need to figure out is if a 48v server rack battery would fit on the shelf of this cart...haha

[@user--PM]

i am sure you have watched some of will prowse's videos and that will give you an idea of how large those server rack batteries are. i would think that not gonna happen. a cart video of another creator i watch kzbin.info/www/bejne/gGq6i5aDebaUesk

[@Jasonoid]

@@user--PM I watch both lithium solar and will prowse videos 👍 I love that cart video! Excellent design!

[@jacksherman7445]

Enjoyed your presentation and certainly a modular, DIY approach to home backup power is in many ways superior to off the shelf products. I forget, was there a monitor for battery SOC in your set up? For camping (and home backup), I built a 12 V 100 ah battery with MPPT charging, various connectors, a charger and a small inverter and find that an EcoFlow Delta 2 does the job better in a smaller package. However, if anything goes bad on the Delta I can’t really know what has gone wrong and will have to wait weeks sending it in for repairs, etc . With a DIY unit, you have more options. Did I mention I really enjoy your videos?

[@Jasonoid]

Thanks Jack! The SOC is kinda tracked in the inverter on the screen... It's not amazing though. I think the portable units have their place, the Delta 2 is so lightweight and compact. It certainly is one of the best current options for a 1000wh device. I personally enjoy DIY and off the shelf options because both have advantages.

[@dan32one44]

Good stuff 👍

[@cooltrkin]

I've got the same system, except for the batteries. I have two 300 ah 12v power queen batteries. The same sungold 24 volt system. Will see how it works.

[@Sylvan_dB]

Wow, this is almost what I'm working on in my basement! I saw Survival Lily use a cart in a video a while ago, which I thought was a wonderful idea, and now you. 😁For what its worth, on mine I am using 4x 100Ah batteries that just fit on the bottom shelf. (I used a piece of 1in thick insulation board under the batteries to cover the screw heads for the casters and the ends of the screws holding the uprights.)

[@Jasonoid]

Four 100ah batteries is probably the best way to go, then you can pull the full 3000 watts.

[@OzSteve]

Any chance you could do a current remake since prices are cheaper. I'm looking at doing this for an emergency system (with Victron items) Love the videos as always

[@MattLesak]

Great video and I've done a similar setup with a cart in my garage so I can bring power where I need it in my driveway. If I would do it over again, 48v all the way.

[@Jasonoid]

Yeah, 48v system with server rack batteries!

[@MattLesak]

@@Jasonoid like you, I wanted to use what I already had on hand and it worked out. 48v would be ideal just from a wiring perspective, especially with the array you have in the driveway.

[@publicEnima]

you can only power one side with your transfer switch correct. I go with a 2 phase inverter.

[@Jasonoid]

correct, 120v with this setup.

[@donaldcarolus3594]

This video was great. Cool project, but I would argue the summer vs winter fridge thing depends…. We keep the house colder in the summer than we do in the winter. The fridge operates on ambient temp, it exists inside the conditioned space of the home, so my assumption is that my fridge uses more power in the winter in my home.

[@rodri8c]

Hi, thanks for the sharing, I have a couple of questions: 1. Can it run my A/C unit on 220V? 2. How many hours it runs at 3000W? 3. I want to build some similar to run automatic when I have power interruption from the grid and keep it charged with the grid not solar (for now)

[@tumbleweed1976]

Excellent ideas. Nice to DIY and have a purchased solar unit. Caution with the metal cart 💥

[@Jasonoid]

Short circuit = BOOM! haha

[@ProLaps69]

The manual says the maximum solar voc is 450vdc, maximum solar input is 4kw 80a.

[@Jasonoid]

Must be a different model or it's been updated over this model in the video. The specs were right on the side and when I tried going higher on solar it would throw a high voltage error.

[@ProLaps69]

@@Jasonoid interesting. Thanks for the reply.

[@dilssongomez5908]

When are you going to put out the review on that 2400 Fossibot?

[@Jasonoid]

It's scheduled for next month.

[@jimdaly5077]

Thank you once again. 👍🐝🌞

[@Jasonoid]

You are very welcome

[@SetitesTechAdventures]

This is great. I was just talking to Ask Ive Solar about a very similar setup as an alternative to a powerstation. Though it was using an EG4 version of this and server rack batteries. Did you consider the structural foam carts? They are the same though they might not have the middle shelf. I like that a system based on an all in one tends to have a lot more charging amps, wider voltage range, and programmability. I am trying to figure out home assistant right now so I can make my EG4s turn on AC charging when the forecast and my weather station confirm poor sunlight.

[@Jasonoid]

I think for someone looking to build a 'future proof' DIY setup, 48v is the only way to go. I LOVE those 48v LFP server rack batteries! Eventually I want to have a system like that in my home, it's just a fairly large investment. Adding a smart capability would be really cool! Just make sure you purchase UL listed components since those items have been vetted for safety in your home.

[@EPeltzer]

You need to front and center state the total kilowatt-hour capacity of the battery array. This capacity is by far the most important number and where most of the expense comes in. Yes you can power 3,000 watts that's great but for how long? Apparently this cart system is about five kWh which is respectable. That would probably run an average size refrigerator for about 45 hours. Personally I'm thinking about 15 kWh would be a lot more useful if you're going to go with a big old rack like this, and then you'd have the opportunity to add solar power to this, with three or four days worth of running essential household items during a power outage. Of course it's three times the batteries shown here and it'll be more expensive. Figuring about $2,000 total for a diy system. But that's a vastly better bang for the buck than a jackery or bluetti kind of system. These companies don't like to front and center state their kilowatt hours either but that's because they're usually relatively anemic.

[@1akmason]

You actually should use a T class fuse what you’re using they can actually hold a arc not allowing the voltage to stop flowing burning everything up

[@davidyummus6259]

I can't afford this type of setup at the moment & really don't know that I would if I could,... For now, I have a a Chinese 2300/1800 watt Inverter Generator for under $400 that I flushed & prepped well before starting & I installed a 30 amp Generator Inlet Box to the outside wall of my Kitchen, ran a one foot 12 gauge wire to a 20 amp double outlet inside the house so that I can run my chest freezer, fridge/freezer, light, fan, TV , Internet Gateway & Pellet Stove if the power goes out and this setup including the generator cable cost me less than $100 :) Would it be nice to run 12 hours or so Silently then use a generator to recharge if needed ? Yeah, sure but the cost is huge for occasional use.

[@deanb949]

I happened to be watching while on Bluetooth to my home theater receiver with Klipsch dual 12 sub. When you connected the battery to the inverter, the floor shook🎉 😂

[@Jasonoid]

Heck yeah! LOL

[@deanb949]

I'm going to have to try that out, watching on my phone, but have the same Klipsch sub! It's a beast. Always surprises thinking something is going on outside in real life 😂

[@graphguy]

This was great! It proves to me (sorry solar off grid geeks) that it is not cost effective for me. We live in a very mild 365 days a year area with it being rare to very rare to have bad weather nocking our power out... so there is really not a need there. I do have a gas generator, but that is really just used to power tools/equipment when away from AC. Spending $2,000 to have off grid power in my home is just not cost effective. I would never die to not having power and if I loose refrigerator worth of food -$300 then so be it as that is a 1 in 100,000 possibility. Now don't get me wrong as we are gong to build a second house off grid and at that point I will plop down $50K to get solar power.

[@imcubanb2870]

What is the durability of this set up? How often would you need to replace things like the batterys and inverter? I mostly want something like this that i can use as a power source during emergencies so i don't have to run my generator all day and night.

[@seymourpro6097]

Start dealing with battery electric system by insulating your tools! Heashrink or tape on screwdrivers and spanners reduces accidental contact. OR go and buy spanners with plastic coated handles.

[@Jasonoid]

Great tip, thank you!

[@mikemcdonald5147]

when you showed the explosion with the resistor I lost it laughing LOL Too funny.

[@Jasonoid]

Glad you enjoyed that haha

[@jwrhynejr.6689]

Great video!! Awesome idea! I am going to copy your system. Thanks for sharing your build!!

[@baneverything5580]

I bought a 20 amp plug in charger for my big 300ah battery and I used it with a 2000 watt inverter to power my microwave during a power outage. It was also nice to know I have multiple sources of power when the freezing storm with high winds hit n December, especially for my electric blanket. The wind chill was below zero and the power kept failing. Of course the new electric blankets are digital and so are the heaters I had here, so they don`t turn back on when the power goes out for a few minutes. So I plugged my electric blanket into one of my Bluetti EB70s. I accidentally put it on medium high instead of a lower setting when my foot hit the control switch but only used about half the battery during the night and of course it stayed on. I ran my WIFI and lights from batteries too. My 600 watt manual heater was at my sister`s house since it`s "too cheap" (I`m so dumb, see) so my nephew refused to bring it. I had to use the horrible and way overpriced digital job that`s 1500 watts and is either too hot or too cold and has to be turned on and off every few minutes and turns off when the power fails. It would drain my battery in a couple hours. So more and more I appreciate having these backup batteries and even have seven various low wattage cookers now that work with them. Six of my cookers work fine with my 500 watt power stations too, and two can be used with some of the smaller ones. I was born in the mid 1960s so these things are like miracles to me and I will never stop being amazed by this technology.

[@Jasonoid]

Glad your backup batteries and inverter are working well for you! Have you built up any solar charging yet?

[@baneverything5580]

@@Jasonoid No. I`m ordering another 190w HQST panel next month and the bolts to connect the 200 amp fuse to the inverter cable and some switches to be able to disconnect the panels and battery. After that I`m getting one more 100w panel to have four of those in series/parallel with the two 190w ones. Later I`ll either get two more larger panels or two 100w ones. I`d prefer the larger ones but the cost is higher. I need to get two 100w mono panels. My others are poly but the 190w ones will both be mono. The good thing is in a pinch I can dump power into the large battery with my two EB70s and my two 500 watt power stations with the 20 amp plug in charger. I need to learn how to do this with their 12v ports but they only produce about 100 watts. I`m thinking of getting some cheap MPPT charge controllers to rig up for this. Not sure how to go about it yet though. It would be nice to have that option if needed. I can dump over 1500 kwh into it that way to extend run time. But I also want to be able to get the big battery back up from a very low state of charge at night or on a cloudy day if I happen to drain it too low. I think the higher priced Renogy 500 amp battery meter will prevent that. There`s a less expensive one but it may be more difficult to use and may not be worth the 20 bucks less. I want an accurate meter to avoid surprises.

[@On-down-the-road]

As a mechanic, for 20 years. Then a commercial electrician, it kills me that just about every KZbin influencer hooks up battery's backwards. Remove Negative first, and install Negative last. That way you have no chance for that spark, or an explosion in your face. No resistor needed. I have seen so batteries explode, and injured people. Yes from lifpo-4!!

[@x.mike.]

awesome build👍

[@Jasonoid]

Thanks for checking out the video, Mike.

[@babyreps365]

$2000 usd steup. Can you do a $500 usd setup with basic 110 outlets with solar and ac charging capabilities please

[@Lapeerphoto]

I's like to do this in my Cargo Trailer. Not crazy about the loud fans. Debating on 24V vs 12V,

[@Jasonoid]

There are benefits to both voltages. 24v gives you more charging input on solar and you can use less expensive wire. 12v is just easy with one battery connection. The fans under a 500 watt load weren't load and didn't run all the time, it seemed to do a good job managing temps.

[@linkinanytime]

Love this setup. Would you consider doing remote consulting for a fee to help me on a similar setup?

[@VideoByPatrick]

That's weird; ac current at inverter output to wall breaker panel is just neutral and hot; no ground ! That's very unusual (and scary).

[@NoKingButChrist1689]

I bought the 24v kit. The issue I have run into is delayed shipping. They didn't inform me most of the kit is in background. The other issue I ran into is I did manage to get it put together and the batteries won't charge. Tech support is really slow to respond.

[@AllAroundTube50]

Better off buying the Licitti 2000W DIY generator box, adding a few 280Ah LifePo4 cells, and you have a very powerful yet portable option. The Licitti has the inverter built into it.

[@Jasonoid]

That would be a great setup as well. There are so many different options these days, thanks for sharing!

[@user-ko3kt3qs3o]

Question so the power coming out of your inverter is only supplying 120 volts to you transfer switch am I right. If not how did you wire the the connection in the transfer switch box. Why didn't you ground the output from the inverter. Thanks

[@fastereddieb]

Nicely done! Is there any reason not to use a 24v lithium iron battery of appropriate amp/hours? Seems like it would reduce a bit of wiring.

[@Jasonoid]

Yep, that would work fine as well. Jus make sure the BMS can handle the max load of the inverter.

[@fastereddieb]

@@Jasonoid Thank you. I was impressed with your setup. Mine is far simpler for now: A Goal Zero Yeti 1000 Core that I’d like to “expand” to power one refrigerator and a TV/Starlink setup in power failures, and to use in our camper to extend boondocking time. A 100A/H 24v battery would preclude the use of a DD to DC converter - my model requires at least 14v at the HPP port to take a charge. And a single 24v 45 lb battery would be handier than 2 25 lb 12v batteries wired in series. But you’ve given me ideas for future projects!

[@pilinke11]

Is it possible to build this inside a big tool box? I just sold my small power station because i want something bigger for emergency or my job ( drywall construction) and building this on a tool box would be easier for me to carry

[@Jasonoid]

Sure, you'd just want to make sure it has adequate ventilation since it has fans to keep cool.

[@pilinke11]

@Jasonoid thanks for taking the time to answer!! I also saw a new power station dabbsson for a great price. I'm looking for a good 2000wh power station but I'm not sure if I should build my own because of all those bad reviews about costumer service also saw oukitel p2001 for $950

[@Jasonoid]

@@pilinke11 I'm doing a really simple backup system video using a 12v 200ah battery and a 2000w inverter this week (should be out Friday). It's been running my fridge for 30 hours so far. DIY is nice since you can swap a part thag fails vs having an entire system go down. I have more confidence in the higher quality power stations but you have to pay a premium for them so DIY is a bit cheaper.

[@pilinke11]

@Jasonoid I will wait for your video on Friday I need a backup but portability and the diy way is great in case something happens 😀

[@ShawneeConsulting]

Older video I know, but... Could I tie two of these inverters together for split phase 240? I understand this can get complicated... Just wondering if this inverter can do that or if you have a suggestion on a different one to accomplish the goal of a similar cart build but that can provide 240 (split phase). Thanks for the video and simple break down.