wow i wish this had a diy build with all these components. This is exactly what i would like to build for a Ovrland Camper and use at an off grid property to build things etc in Arizona. Great work and craftsmanship
Very nice build. A build list would be nice, but a tutorial, or even just some info about things you learned building this (do's and don'ts) would be great. And not just on the electric portion. What you wish you'd do differently if you were starting now, how you figured out what battery to buy, etc.
Depending on your needs look into the Dr pepper 100ah lifepo4 battery with the DC charging hub . You can add inverter and plug solar straight in.. it's a system you can easily upgrade if you needs change.. not as big and nice as this system but not nearly as much work or $
Was thinking of a Milwaukee Pack out setup, but prices were high. This Ridgid build is genius! Very very well done, clean and skillful. Modular and versatile too! In love with what you've created, amazing work, keep it up!
Wow, that Segway Portable PowerStation Cube Series sounds like an incredible piece of outdoor gear! With its massive capacity, super fast recharging, and waterproof technology, it seems perfect for camping and ensuring uninterrupted power supply during family outings. Thanks for sharing this recommendation, I'll definitely look into it for my next adventure!
Thank you for sharing your thoughts! I completely agree, the Segway Portable PowerStation Cube Series is a game-changer for outdoor adventures and family outings. With its massive capacity, fast recharging, and waterproof technology, it's definitely a reliable option to ensure uninterrupted power supply during your next camping trip. Happy exploring!
Very impressive build! I built something very crude, by comparison, but similar in concept. If I ever built another one, I'd like it to be more like what you've made.
I built a 5.2k system on a cart similar to the one you used. I used Velcro and eraser board sheets from Home Depot to enclose the lower part of the cart which holds the batteries. Helps keep the dust down and protects the batteries. Use the industrial strength Velcro,
This is exactly what I've been looking at doing. I already have the cases from bauer, lifepo4 cells to make the battery, and a bunch of other things. Just need some hardware and I'm ready to build. Great video!
I really like this set up. I'm moving to Puerto Rico 🇵🇷 soon. I definitely will try to build one. Thanks for this information and all the details. God bless you and your family.
Thank you for taking the time to do the video. Just enough information for inspiration. This is a very clean and well thought out design. Great job! Edit. I just saw the build list in the information section of your video. Most excellent!
wwWOW... just... Wow. All the pieces I've been clipboarding (for years now) in one video... There is SO much going on in this (and COMPLETED)... Subscribed. Liked. My wife is not going to be able to find me for a week unless she tries the garage.
Looks like when you close the battery compartment lid the positive terminal going through the lid is dangerously close to negative terminal on battery. Bad news if lid gets crushed or compressed somehow. Maybe there’s more room than the picture shows, I dunno.
I'm considering building one of these and this is the best I've seen on TH-cam. Any chance of doing a rough wiring diagram? I think I know what to do but looking for conformation on bringing together the battery, solar, and power supply without causing issues. Thanks.
Craig, I am so sorry but I don't have time to do that any time soon. Life is very busy for me. Hopefully by stopping the video at spots and looking at diagrams on the web you can get it done.
I see lots of these builds on you tube but there is never a cost breakdown. How much are we saving here? Is it worth the time if you don’t have a lot of free time?
Would this work for a 48v battery system? Epoch has a very small form factor 48v "rugged use" battery now which is commonly used in golf cart conversions, and Victron released a small 48v inverter not too long ago so this setup you have is almost perfect for a mobile solution if it can work for the 48v system I'm attempting
Looking to start camping again with the family and will need to run a CPAP machine, and I am debating whether to build my own portable generator or simply buy unit. Do you have a total cost that you spent?
I like this. Wish you would do a build tutorial. In the meantime, subscribed, bell rang, commented, liked, upvoted, shared ... may the algorithm gods smile favorably upon your channel. PS ETA: How much did the total build cost you in the end?
With only 200 amp hours of battery, I wouldn't connect it to a transfer switch. I would just connect the devices I would like to run like a fridge and freezer. There are after-market transfer switchs that can be connected to smaller units like mine and you can automatically switch from solar panels to grid electricity.
@@customtech383 Well the transfer switch was installed to connect my two 2500W generators to run in parallel. That was done before these LifePO4 units came around. So I want to build one that can connect to the 30A plug on the transfer switch. Since the transfer switch only has a few circuits I would only be running the garage fridge and freezer and the kitchen plus maybe one more room if it could power it. So I would built it with the intention of just being able to get thru the night and then I could charge with 400W of solar or my generators the next day. I was just seeing if there was a way to do 30A with a 12V system instead of building a 48V system?
Just plug this into your inverter: (Copy and paste) www.amazon.ca/TIPHOPE-Adapter-Converter-Electrical-Trailer/dp/B09N3CSWXG/ref=sxin_15_pa_sp_search_thematic_sspa?content-id=amzn1.sym.46621be6-fabe-4126-8501-d32c96c42a24%3Aamzn1.sym.46621be6-fabe-4126-8501-d32c96c42a24&crid=Y6GVTYTFYVUB&cv_ct_cx=30A+Male+to+20+amp&dib=eyJ2IjoiMSJ9.5cdqocjJLlaud0PinfHFePmFGxvMqi23TqmIcrWBjXr1A6UDRg5G568xfDGdaXrzWiDLBiZtrdhlPouf4HxnkQ.B7onziAub0gaT0e1XvUVeoqdnGq8M0roTrFHS4c7XuM&dib_tag=se&keywords=30A+Male+to+20+amp&pd_rd_i=B09N3CSWXG&pd_rd_r=cdb604e1-7025-41fe-9947-82d55221585a&pd_rd_w=89mBq&pd_rd_wg=yNj6c&pf_rd_p=46621be6-fabe-4126-8501-d32c96c42a24&pf_rd_r=3NC9PJN7JX6Q6NRCYGV3&qid=1726011310&sbo=RZvfv%2F%2FHxDF%2BO5021pAnSA%3D%3D&sprefix=30a+male+to+20+amp%2Caps%2C120&sr=1-2-acb80629-ce74-4cc5-9423-11e8801573fb-spons&sp_csd=d2lkZ2V0TmFtZT1zcF9zZWFyY2hfdGhlbWF0aWM&psc=1
You need a 3000 - 10000 watt power inverter with "High output terminals" so you bypass the 15 amp plug outputs. My 3000w Renogy inverter allows this option and I have it wired up in the video this way. So I can replace the two 15 amp external outlets with 30 amp ones and use a 30 amp connector for a RV/Home etc. The gauge of wire is also a consideration. I would use at least 10 gauge
hi i want to use this diy technique to power my rv using the 50amp plug that I usually plug into the camp site power pole.. is this possible? similar to the new power banks that can do that example: oupes mega 2 , 3 and 5 .. thanks
You can connect a 50 amp plug to almost any power bank but it will only power your RV appliances/AC/Etc until your batteries deplete. You can build anything that is being manufactured out there. You just need $ and a plan.
That's such a smart, even beautiful build, but at $2000 it strikes me that you could have bought an equivalent off the shelf, so my question is "am I wrong". I'd love to make my own but the cost would need to be a lot lower.
You can cut the cost by buying cheaper parts. But the real reason is because each component can be replaced separately if there is a malfunction (There are probably more than 15 individual components). In an all-in-one system you would probably have to buy another complete one. You can also change individual components based on your ever changing needs. Also, as technology advances, you can replace individual components easily. In most cases, if you're all-in-one battery starts to lose efficiency, you must replace the whole system. If you have a basic understanding of how it all works, I believe using separate components in a box gives you a lot of options, flexibility and lower cost.
In addition to what he said... if you tried to price out an all-in-one product that had the capability of a 3000W inverter... you'd be in the ballpark of $3-4k or higher..
Excellent job. Is there any I could get a list of what you bought and the size of those rigid boxes? I'm 66 on O2 24/7, and that would be a life changer for me to be able to go camping again. Thanks.
When I watched the video again it did look like my positive upper bolt on my lid was right on top of my negative shunt or bolt, but I measured it and it is more than 3/4 of an inch away (There would also be a 5/8 gap from the top of the negative shunt/bolt to the upper positive one on my battery if they were right on top of each other, which they are not). Thanks for bringing it to my attention because I did move one of my 6 guage + connections on my lid toward the outside of the box which gave me more room in case something came "unbolted" if it got dropped, or a small child would hit it with a hammer!.
I'm at a lost here. I keep hearing solar generator, solar generator, solar generator. I does not make power, it stores power. Solar panels, a gas or propane generator make power. This does not. It's a battery & an inverter in a box. What am I missing here? So where does solar generator come from?
All generators basically do the same thing... convert a different source of fuel into usable energy. The only major difference between gas generators and solar generators is that solar generators require solar panels to input (fuel) solar energy, whereas gas or diesel generators require some type of fossil fuel to generate electricity.
@@customtech383 sorry, what i mean is the little L shape metal ,connected to the positive and neg terminal on the inverter, so i can do same setup as you, bringing battery cables and connecting it underneath terminal under box.
@@mlora929 Yes, it is an L shaped bracket which is made out of 1/8 or 3/16 aluminum that bolts to the bolt at the bottom of the box and to the inverter terminal as well. These can be made anyway you want as long as it is thick aluminum or copper and connected well
One observation… in your battery box you have the cables from the battery to the lid arranged so the positive is above the negative terminals which seems not optimal from a short circuit pov. :)
Hi, I have a question as I'm watching your video. Where is your large fuse for your 3000 watt inverter? Shouldn't you have at least a 350-450 watt fuse because of the larger inverter? I have a 425 on mine.
Cool show & tell! Seems like a look of craftsmanship went into it. Would love to see more video of the build process. Do you have a background in metal work?
Thanks! Yes, I cut and welded up the stand from some metal stock I had. I don't have a parts and cost breakdown but I am going to try to put one together as time permits.
Well done. Very impressed. Yes can u please put up a build list at some time? I’m still learning and that would be very helpful. Cheers from Aussie Warren G
I'm an electrical engineer, and dude this is the best TH-cam project I have seen. Well done, great fit and trim and a really professional job.. I believe you can sell these. Also, I'm glad you used off the shelf batteries instead of building your own battery packs.. which I believe is too dangerous for most DIY guys. Most don't realize a short across the wrong battery terminals on a DIY pack will start a fire that can't be extinguished.
I've watched over 20 diy solar generator videos on here. Yours is without a doubt the best one I've come across! Like a few other comments on here, some sort of build list tagged to this or updated video would do great! That wire routing is top notch
Outstanding design, workmanship, and presentation! The modular aspect is genius. Didn't catch how power is passed into the top box's inverter connections -- is that a custom metal bracket that fits onto the bottom box's top bolts/terminals, shown @3:40? I'm guessing it's cross-sectional area is similar to the 4 gauge wire so no voltage drop (or excessive heat buildup)? Thanks for sharing!
Can you share some pics on how you did this. I'm doing a modular build like yours and am debating on the best way to get the power from the lower battery module to the upper inverter module.@@customtech383
Good video, I have also built some systems over the years, especially panel arrays, and battery banks. You should capture good solar energy in an arid desert region. Unfortunately living in northern Canada solar was not a good option, but a costly one.
This build is pretty amazing, and I have learned more about the possibilities of a portable power station from your video than from most I've seen! Love the ham builds also. Maybe I'll run into you on the air here in AZ
I like the setup overall. You may want to consider insulating the inverter connections. They crossover and come dangerously close to each other when the case is closed. If someone decides to lean on, sit on or rest something on that case it could get interesting. I know you wouldn't do it, but you never know what others might do.
I don't sell these, and a 200ah battery works best with 6oo watts of solar panels. Yet, I put up a couple more (200w) if I'm running heavy loads because I currently am tracking the sun manually.
I built the same thing but in Milwaukee pack out box. Its a all in one 5000wh 24v li ion(18650 cell built myself) battery. 2000w inverter. 20amp mppt(could fit a larger one) all in one container. Since my battery is regular li ion it's smaller than yours but 2x the capacity. Works great.
I did a 300ah/1500w inverter box last year and I'm happy to see we did a lot of similar things in our projects. I even used a bigger Rigid toolbox as my starting point as well. I want to build an even bigger system this winter, because I just like building things, but at some point those all-in-one charge controller/inverter systems start to make a lot of sense. I think my next build will be a 24v/410ah using a combo controller/inverter in a wheeled Stanley toolbox.
How has your Renogy inverter held up? I tried one that was dead on arrival so returned it. I’m trying a newer 3,000 watt Redodo inverter/charger, looks really nice quality, but having some peculiar issue that if not resolved by today, it goes back to Amazon, sadly. Thanks. As indicated, it would be great to have a parts list. Beautiful box, thanks
Do You think the Red wire between the fuse box and the POS post handle 250A if something were to short it out or maybe a 20A on that wire AT the Battery? You might not have that much drawing at the fuse box but SH_T happens!
I've been researching a DIY setup, and yours is by far the most ingenious I've seen yet! So much thought and effort, the modular portability with the 3 part system is great! And your truck build!! This is what I aspire to be like as a contractor, thank you for the time and effort put into making this video to share. Much love and respect 🙌🏼
Unfortunately no. The 3000 watt power inverter would work nicely, but you would need to connect at least another 200ah lithium battery bank in parallel to have any significant time. Yet, if you had a massive solar array, It might work for you.
I am using a 40 amp solar controller in the video. Amps (40) x Volts (13.4ish) = Watts (536). 600 watts in Renogy solar panels max out in perfect conditions at approx. 37 amps. You can add more solar panels. If you are discharging 60 amps in good sunlight you could match those amps by running another 40 amp controller with another 600 watt array. Once the sun moves out of optimum range you would need to reduce your load as your 200ah battery would drain quickly.
For you diyers The same box with the 200 ah battery. I was able to get 2 80ah lifepo4 batteries, with a 5" gap in the middle in that same box. I needed a 24vdc system at 80ah. Kayak motor. By the way ridgid sells a (taller) box called the xl version.
There are two bolts that come through the top of the lower box and into the top box where the inverter is at. There is a total of 4 bolts that need to be unloosened for the top box to be removed. Two of the nuts need to come off the floor of the top box holding the aluminum right angled connectors, and two small screws that connect directly to the inverter.
Great build video! I'm building a 100ah x 1000w version that I can add batteries to small enough I can lug it around camping , the Dr prepper/renogy battery with the DC charging hub is so simple with built in 40a mppt charge controller. But you have given me some ideas! Thanks
Question; why not put your batteries in the Ridgid bottom box that has wheels, then put your inverter/chargers in the middle sized Ridgid box, where you can leave it all assembled? This is the cleanest build I’ve ever seen, thanks
have a question for anyone who built a diy like this. why would you build diy instead of buy the whole power station? the best bluetti rn is just $1k3-1k4 and more powerful
We have used the th-cam.com/users/postUgkxOTeIs0vv4_9B5hsmnLsk9r930uDQLu_Y for probably 30 hours with our camper and it’s been great! The noise level is really only noticeable when running the AC and other appliances like the microwave, hair dryer, or coffee pot. It’s not huge like other ones and it has wheels so even at 90lbs, I can move it!
wow i wish this had a diy build with all these components. This is exactly what i would like to build for a Ovrland Camper and use at an off grid property to build things etc in Arizona.
Great work and craftsmanship
Very nice build. A build list would be nice, but a tutorial, or even just some info about things you learned building this (do's and don'ts) would be great. And not just on the electric portion. What you wish you'd do differently if you were starting now, how you figured out what battery to buy, etc.
Yesssssssss
You're going to need $10k in extra cash and an abundance of time. Like this guy did, just keep throwing money/time at it.
@@manbunmyname5866 10 k to build this battery bank? How about Nooooooo
@@manbunmyname5866 🤣 you need that much dummy. Get up sold 🤣 🤣
Depending on your needs look into the Dr pepper 100ah lifepo4 battery with the DC charging hub . You can add inverter and plug solar straight in.. it's a system you can easily upgrade if you needs change.. not as big and nice as this system but not nearly as much work or $
This is the slickest build I have seen. In both style and function, very cool!
Was thinking of a Milwaukee Pack out setup, but prices were high. This Ridgid build is genius! Very very well done, clean and skillful. Modular and versatile too! In love with what you've created, amazing work, keep it up!
Your set up is beautiful! I’m starting to do research to build one myself. I really wish you had a parts list. Awesome awesome!
Wow, that Segway Portable PowerStation Cube Series sounds like an incredible piece of outdoor gear! With its massive capacity, super fast recharging, and waterproof technology, it seems perfect for camping and ensuring uninterrupted power supply during family outings. Thanks for sharing this recommendation, I'll definitely look into it for my next adventure!
Thank you for sharing your thoughts! I completely agree, the Segway Portable PowerStation Cube Series is a game-changer for outdoor adventures and family outings. With its massive capacity, fast recharging, and waterproof technology, it's definitely a reliable option to ensure uninterrupted power supply during your next camping trip. Happy exploring!
You can get the bottom wheel section for storage, and it can roll itself. Or add a metal plate at the bottom and add removable wheels and handle.
Very impressive build! I built something very crude, by comparison, but similar in concept. If I ever built another one, I'd like it to be more like what you've made.
I built a 5.2k system on a cart similar to the one you used. I used Velcro and eraser board sheets from Home Depot to enclose the lower part of the cart which holds the batteries. Helps keep the dust down and protects the batteries. Use the industrial strength Velcro,
Very impressive. Obviously a lot of work went into this. Thank you for posting!
This is exactly what I've been looking at doing. I already have the cases from bauer, lifepo4 cells to make the battery, and a bunch of other things. Just need some hardware and I'm ready to build. Great video!
I really like this set up. I'm moving to Puerto Rico 🇵🇷 soon. I definitely will try to build one. Thanks for this information and all the details. God bless you and your family.
Thank you for taking the time to do the video. Just enough information for inspiration. This is a very clean and well thought out design. Great job!
Edit. I just saw the build list in the information section of your video. Most excellent!
Very nice build! I've got the same inverter, and am disturbed that mine draws significantly more than yours in an idle state.
I really like at how you have made it in modules. Very!! Nice
wwWOW... just... Wow. All the pieces I've been clipboarding (for years now) in one video...
There is SO much going on in this (and COMPLETED)... Subscribed. Liked.
My wife is not going to be able to find me for a week unless she tries the garage.
Man, that is one slick setup! Great job!
Looks like when you close the battery compartment lid the positive terminal going through the lid is dangerously close to negative terminal on battery. Bad news if lid gets crushed or compressed somehow. Maybe there’s more room than the picture shows, I dunno.
Awesome, well put together system. Do you have instructions for your builds?
That is an outstanding Build- thanks for sharing appreciate you
Nice build, love it!!
That is a really neat and clever system.
Question: 200 a/h..... Longer term expandability?
And thoughts about LifePo4 as a the storage medium?
genuine question from someone just learning all this. What did you do with the ground wires?
The external power inverter ground is not in use, but I think on this inverter it is internally connected to the negative terminal.
I'm considering building one of these and this is the best I've seen on TH-cam. Any chance of doing a rough wiring diagram? I think I know what to do but looking for conformation on bringing together the battery, solar, and power supply without causing issues. Thanks.
Craig, I am so sorry but I don't have time to do that any time soon. Life is very busy for me. Hopefully by stopping the video at spots and looking at diagrams on the web you can get it done.
I see lots of these builds on you tube but there is never a cost breakdown. How much are we saving here? Is it worth the time if you don’t have a lot of free time?
you should do a video on your panel holder!
Would this work for a 48v battery system? Epoch has a very small form factor 48v "rugged use" battery now which is commonly used in golf cart conversions, and Victron released a small 48v inverter not too long ago so this setup you have is almost perfect for a mobile solution if it can work for the 48v system I'm attempting
Yes, any voltage would work. But if you want USB and Anderson connections, you need to have a converter to 12 volts as well.
One sweet rig.
Very impressive build
He had me until he busted out the microwave
Best reply ever!!
Looking to start camping again with the family and will need to run a CPAP machine, and I am debating whether to build my own portable generator or simply buy unit. Do you have a total cost that you spent?
WITHOUT ALL THE EXTRAS: 200ah Battery (2560wh) $500, 2000w inverter $250, Gen 1 Ridgid boxes $70, Guage & shunt $35, 1 Guage wire & fittings $20, Fuses & breakers, connectors, fans $150, misc $300+ (out the door, under $1500).
I like this. Wish you would do a build tutorial. In the meantime, subscribed, bell rang, commented, liked, upvoted, shared ... may the algorithm gods smile favorably upon your channel. PS ETA: How much did the total build cost you in the end?
Thank you!
check out the licitti 2000w diy box!
👏 great setup and video
Have you had good luck with the blower cooling fans ???
How long do the blower fans last ???
are you able to keep the temperature low enough ???
I haven't run the fans for days on end, so I am not sure of their quality. Temp seems ok
@@customtech383 is there any particular reason why you used the blower fans ???
Wouldn't 2 / 0 AWG wire have been sufficient for that short of run?
Yes it would, but my losses are very little. But in my new build I did go smaller.
congrats on a fantastic job..man ...thanku 4 a gr8 vid..
Brilliant. So well put together! Where's your affiliate links?
I'm new at this, not sure of what you are asking. I only have 2 videos out
Commercial power stations cram a lot into small boxes.
The Best.....❤️👍
Please enlighten me, how does this “generator” make electricity?
The DC battery gets charged by solar panels and the 3000w inverter turns 12v DC to 120v AC for home use
@@customtech383 Ok so it’s not a Generator.
How would you go about wiring a 30A plug to use this as a home backup to a transfer switch?
With only 200 amp hours of battery, I wouldn't connect it to a transfer switch. I would just connect the devices I would like to run like a fridge and freezer. There are after-market transfer switchs that can be connected to smaller units like mine and you can automatically switch from solar panels to grid electricity.
@@customtech383 Well the transfer switch was installed to connect my two 2500W generators to run in parallel. That was done before these LifePO4 units came around. So I want to build one that can connect to the 30A plug on the transfer switch. Since the transfer switch only has a few circuits I would only be running the garage fridge and freezer and the kitchen plus maybe one more room if it could power it. So I would built it with the intention of just being able to get thru the night and then I could charge with 400W of solar or my generators the next day. I was just seeing if there was a way to do 30A with a 12V system instead of building a 48V system?
Just plug this into your inverter: (Copy and paste)
www.amazon.ca/TIPHOPE-Adapter-Converter-Electrical-Trailer/dp/B09N3CSWXG/ref=sxin_15_pa_sp_search_thematic_sspa?content-id=amzn1.sym.46621be6-fabe-4126-8501-d32c96c42a24%3Aamzn1.sym.46621be6-fabe-4126-8501-d32c96c42a24&crid=Y6GVTYTFYVUB&cv_ct_cx=30A+Male+to+20+amp&dib=eyJ2IjoiMSJ9.5cdqocjJLlaud0PinfHFePmFGxvMqi23TqmIcrWBjXr1A6UDRg5G568xfDGdaXrzWiDLBiZtrdhlPouf4HxnkQ.B7onziAub0gaT0e1XvUVeoqdnGq8M0roTrFHS4c7XuM&dib_tag=se&keywords=30A+Male+to+20+amp&pd_rd_i=B09N3CSWXG&pd_rd_r=cdb604e1-7025-41fe-9947-82d55221585a&pd_rd_w=89mBq&pd_rd_wg=yNj6c&pf_rd_p=46621be6-fabe-4126-8501-d32c96c42a24&pf_rd_r=3NC9PJN7JX6Q6NRCYGV3&qid=1726011310&sbo=RZvfv%2F%2FHxDF%2BO5021pAnSA%3D%3D&sprefix=30a+male+to+20+amp%2Caps%2C120&sr=1-2-acb80629-ce74-4cc5-9423-11e8801573fb-spons&sp_csd=d2lkZ2V0TmFtZT1zcF9zZWFyY2hfdGhlbWF0aWM&psc=1
@@customtech383 But that's not supplying 30 amps, that's a 15A plug adapter to a 30A. I'm wanting to make a system that supplies 30 amps.
You need a 3000 - 10000 watt power inverter with "High output terminals" so you bypass the 15 amp plug outputs. My 3000w Renogy inverter allows this option and I have it wired up in the video this way. So I can replace the two 15 amp external outlets with 30 amp ones and use a 30 amp connector for a RV/Home etc. The gauge of wire is also a consideration. I would use at least 10 gauge
hi i want to use this diy technique to power my rv using the 50amp plug that I usually plug into the camp site power pole.. is this possible? similar to the new power banks that can do that example: oupes mega 2 , 3 and 5 .. thanks
You can connect a 50 amp plug to almost any power bank but it will only power your RV appliances/AC/Etc until your batteries deplete. You can build anything that is being manufactured out there. You just need $ and a plan.
Good job 👏
That's such a smart, even beautiful build, but at $2000 it strikes me that you could have bought an equivalent off the shelf, so my question is "am I wrong". I'd love to make my own but the cost would need to be a lot lower.
You can cut the cost by buying cheaper parts. But the real reason is because each component can be replaced separately if there is a malfunction (There are probably more than 15 individual components). In an all-in-one system you would probably have to buy another complete one. You can also change individual components based on your ever changing needs. Also, as technology advances, you can replace individual components easily. In most cases, if you're all-in-one battery starts to lose efficiency, you must replace the whole system. If you have a basic understanding of how it all works, I believe using separate components in a box gives you a lot of options, flexibility and lower cost.
@@customtech383 Thanks for giving a comprehensive reply, and of course it all makes complete sense. Cheers.
In addition to what he said... if you tried to price out an all-in-one product that had the capability of a 3000W inverter... you'd be in the ballpark of $3-4k or higher..
Excellent job. Is there any I could get a list of what you bought and the size of those rigid boxes? I'm 66 on O2 24/7, and that would be a life changer for me to be able to go camping again. Thanks.
When you close the lid, seems to be a short Hazzard possibility. I cringed when you closed the lid. The ground is over the positive.
When I watched the video again it did look like my positive upper bolt on my lid was right on top of my negative shunt or bolt, but I measured it and it is more than 3/4 of an inch away (There would also be a 5/8 gap from the top of the negative shunt/bolt to the upper positive one on my battery if they were right on top of each other, which they are not). Thanks for bringing it to my attention because I did move one of my 6 guage + connections on my lid toward the outside of the box which gave me more room in case something came "unbolted" if it got dropped, or a small child would hit it with a hammer!.
Fuqin Dope😊
I'm at a lost here. I keep hearing solar generator, solar generator, solar generator. I does not make power, it stores power. Solar panels, a gas or propane generator make power. This does not. It's a battery & an inverter in a box. What am I missing here? So where does solar generator come from?
All generators basically do the same thing... convert a different source of fuel into usable energy. The only major difference between gas generators and solar generators is that solar generators require solar panels to input (fuel) solar energy, whereas gas or diesel generators require some type of fossil fuel to generate electricity.
whats that called, connected to inverter terminal? @ 5:04 min
not sure what you're asking
@@customtech383 sorry, what i mean is the little L shape metal ,connected to the positive and neg terminal on the inverter, so i can do same setup as you, bringing battery cables and connecting it underneath terminal under box.
@@mlora929 Yes, it is an L shaped bracket which is made out of 1/8 or 3/16 aluminum that bolts to the bolt at the bottom of the box and to the inverter terminal as well. These can be made anyway you want as long as it is thick aluminum or copper and connected well
How much to build me one like you have in the video?
I'm sorry, I don't have time to build more
I gave you a thumbs down, I don't care about your pretty finished product I want to know how you did it. Big FAIL
WASTE of Time
How much to make me one?
I'm honored by your request, but I'm not making ones to sell. They take too much time to build
@@customtech383 Ok, Thank you for the reply and the great video. God Bless, Stay safe and take care.
*One of --- if not THE BEST -- designs I have seen on TH-cam. However, most of us lack your skill and knowledge so this would be quite the challange.*
One observation… in your battery box you have the cables from the battery to the lid arranged so the positive is above the negative terminals which seems not optimal from a short circuit pov. :)
I came to see if someone had noticed this, must close with the lid shut
Very nice, well thought out & cleanly done. Would be nice to see a build list. Thanks for sharing.
Hi, I have a question as I'm watching your video. Where is your large fuse for your 3000 watt inverter? Shouldn't you have at least a 350-450 watt fuse because of the larger inverter? I have a 425 on mine.
I did back up on my fuse (250) because my plan for usage is minimal. But yes, 350 would probably be a good idea
Cool show & tell! Seems like a look of craftsmanship went into it. Would love to see more video of the build process. Do you have a background in metal work?
Thanks, I didn't take many pictures as i went along, sorry.
Great setup! Do you have a cost breakdown? Is the solar panel stand a custom build as well? Both were done very well. I may borrow some of your ideas.
Thanks! Yes, I cut and welded up the stand from some metal stock I had. I don't have a parts and cost breakdown but I am going to try to put one together as time permits.
Well done. Very impressed.
Yes can u please put up a build list at some time?
I’m still learning and that would be very helpful. Cheers from Aussie
Warren G
I'm an electrical engineer, and dude this is the best TH-cam project I have seen. Well done, great fit and trim and a really professional job.. I believe you can sell these. Also, I'm glad you used off the shelf batteries instead of building your own battery packs.. which I believe is too dangerous for most DIY guys. Most don't realize a short across the wrong battery terminals on a DIY pack will start a fire that can't be extinguished.
Are you concerned about the lack of proper crimping?
Not so much as that but accidentally connecting to the wrong terminals. Or using too small of wire and terminals
can you provide the build list?
I've watched over 20 diy solar generator videos on here. Yours is without a doubt the best one I've come across! Like a few other comments on here, some sort of build list tagged to this or updated video would do great! That wire routing is top notch
This is the best I have seen as well. We need a build list.
Outstanding design, workmanship, and presentation! The modular aspect is genius. Didn't catch how power is passed into the top box's inverter connections -- is that a custom metal bracket that fits onto the bottom box's top bolts/terminals, shown @3:40? I'm guessing it's cross-sectional area is similar to the 4 gauge wire so no voltage drop (or excessive heat buildup)? Thanks for sharing!
Thanks, I use aluminum for the brackets to the inverter. No heat or voltage loss problem
Can you share some pics on how you did this. I'm doing a modular build like yours and am debating on the best way to get the power from the lower battery module to the upper inverter module.@@customtech383
Good video, I have also built some systems over the years, especially panel arrays, and battery banks. You should capture good solar energy in an arid desert region. Unfortunately living in northern Canada solar was not a good option, but a costly one.
This build is pretty amazing, and I have learned more about the possibilities of a portable power station from your video than from most I've seen! Love the ham builds also. Maybe I'll run into you on the air here in AZ
I like the setup overall.
You may want to consider insulating the inverter connections. They crossover and come dangerously close to each other when the case is closed. If someone decides to lean on, sit on or rest something on that case it could get interesting. I know you wouldn't do it, but you never know what others might do.
Do you sell these? How much solar input can you receive? Thank you
I don't sell these, and a 200ah battery works best with 6oo watts of solar panels. Yet, I put up a couple more (200w) if I'm running heavy loads because I currently am tracking the sun manually.
I built the same thing but in Milwaukee pack out box. Its a all in one 5000wh 24v li ion(18650 cell built myself) battery. 2000w inverter. 20amp mppt(could fit a larger one) all in one container. Since my battery is regular li ion it's smaller than yours but 2x the capacity. Works great.
I did a 300ah/1500w inverter box last year and I'm happy to see we did a lot of similar things in our projects. I even used a bigger Rigid toolbox as my starting point as well. I want to build an even bigger system this winter, because I just like building things, but at some point those all-in-one charge controller/inverter systems start to make a lot of sense. I think my next build will be a 24v/410ah using a combo controller/inverter in a wheeled Stanley toolbox.
Sounds great
When you do this get ahold of me!
Thanks for sharing, looking to build something similar but with the 24V Ampere Time battery to reduce the conductor sizing.
Impressive is an understatement!!
Would have been nice if you listed links for the components you used.
How has your Renogy inverter held up? I tried one that was dead on arrival so returned it. I’m trying a newer 3,000 watt Redodo inverter/charger, looks really nice quality, but having some peculiar issue that if not resolved by today, it goes back to Amazon, sadly. Thanks. As indicated, it would be great to have a parts list. Beautiful box, thanks
It has held up well. Good luck!
Do You think the Red wire between the fuse box and the POS post handle 250A if something were to short it out or maybe a 20A on that wire AT the Battery? You might not have that much drawing at the fuse box but SH_T happens!
Thanks, something to think about
Great modularity, appreciate the insights!
US is blessed with talented DIYers like you. No wonder it's so innovative.
Very nice. How long did it take you to build your solar project?
I've been playing with this project off and on for the last 7 months or so whenever I had the time. It was a learn and build as I go project.
Great build! That was a ton of work. Gives me some more ideas for my build. Thank you for creating and sharing, sir.
This is a fantastic build. Thanks for sharing!
Nice setup. Lots of effort put into it. It looks like something a professional electrician would build for you if they do that sort of thing.
Best ending😂
Is there a charge controller for the battery or is it built into it?
I've been researching a DIY setup, and yours is by far the most ingenious I've seen yet! So much thought and effort, the modular portability with the 3 part system is great! And your truck build!! This is what I aspire to be like as a contractor, thank you for the time and effort put into making this video to share. Much love and respect 🙌🏼
Just re watched this video. Awesome build. What is the weight of these two boxes together? Love Anderson Power Poles
Roughly 85 lbs
I need to power a 30 amp travel trailer and be able to run the 15000btu AC will this work? If so for how long?
Unfortunately no. The 3000 watt power inverter would work nicely, but you would need to connect at least another 200ah lithium battery bank in parallel to have any significant time. Yet, if you had a massive solar array,
It might work for you.
Nice work. Before I watched this video I had decided to use the Ridged 2.0 box for a similar build.
I have a delta smart 2000 an battery. Do you know any way I can use it without EcoFlow delta?
Not sure what you're asking
QUESTION: What is the maximum amount of solar panels you could use this solar generator with? 950w? More? Less? What is the maximum solar input limit?
I am using a 40 amp solar controller in the video. Amps (40) x Volts (13.4ish) = Watts (536). 600 watts in Renogy solar panels max out in perfect conditions at approx. 37 amps.
You can add more solar panels. If you are discharging 60 amps in good sunlight you could match those amps by running another 40 amp controller with another 600 watt array. Once the sun moves out of optimum range you would need to reduce your load as your 200ah battery would drain quickly.
@@customtech383 Thanks soooo much! Regards from Brazil!
This is a great setup 👌 will be making one of my own thanks
Nice but you are missing lot of fuses on your lines
VERY PRODUCTIVE product & be made in cottage industry Across the GLOBE HARNESSING productively SUN'S HEAT.
For you diyers
The same box with the 200 ah battery.
I was able to get 2 80ah lifepo4 batteries, with a 5" gap in the middle in that same box. I needed a 24vdc system at 80ah. Kayak motor.
By the way ridgid sells a (taller) box called the xl version.
How does the inverter disconnect from the battery when you disconnect the two cases?
There are two bolts that come through the top of the lower box and into the top box where the inverter is at. There is a total of 4 bolts that need to be unloosened for the top box to be removed. Two of the nuts need to come off the floor of the top box holding the aluminum right angled connectors, and two small screws that connect directly to the inverter.
Great build video! I'm building a 100ah x 1000w version that I can add batteries to small enough I can lug it around camping , the Dr prepper/renogy battery with the DC charging hub is so simple with built in 40a mppt charge controller. But you have given me some ideas! Thanks
Question; why not put your batteries in the Ridgid bottom box that has wheels, then put your inverter/chargers in the middle sized Ridgid box, where you can leave it all assembled? This is the cleanest build I’ve ever seen, thanks
have a question for anyone who built a diy like this. why would you build diy instead of buy the whole power station? the best bluetti rn is just $1k3-1k4 and more powerful
We have used the th-cam.com/users/postUgkxOTeIs0vv4_9B5hsmnLsk9r930uDQLu_Y for probably 30 hours with our camper and it’s been great! The noise level is really only noticeable when running the AC and other appliances like the microwave, hair dryer, or coffee pot. It’s not huge like other ones and it has wheels so even at 90lbs, I can move it!
Only thing left is to raise/angle the truck panels with a pair of pneumatic (like a hatchback) arms.
Wow.
I need that to charge my phone when i go camping.