Transforming a Shipping Container Into a DIY Solar Power Station!
Vložit
- čas přidán 16. 05. 2024
- Join us as we take you through the intricate details of transforming a 20-foot standard shipping container into a solar powerhouse capable of energizing an entire town. Dive deep into the engineering, challenges, and the potential applications in the DIY market. Don't miss out on this electrifying experience!
Timestamps:
0:00 - Introduction to the 20-foot solar-powered shipping container
0:29 - Background of the $450,000 modified container project
1:00 - Design and construction of the mechanical and climate-controlled rooms
2:57 - Initial challenges in mounting solar panels
4:35 - Redesign and improvements to the solar panel mounting system
5:21 - Transport challenges and learnings
6:17 - Perfecting the panel mounting system
10:10 - Reflection on potential improvements
10:44 - Final tour (solar panels)
13:39 - Final tour (batteries, inverters & climate controller)
18:34 - Final tour (mechanical room)
20:40 - Closing remarks and invitation to subscribe
Keywords: #SolarPower, #ShippingContainer, #SolarPanels, #ContainerModification, #DIY, #SolarEnergy, #Innovation, #Engineering, #TheContainerGuy
Connect with us:
Website: www.tcg.ca
Check out CMW's website: www.containermodificationworl...
Stay tuned for updates on when our revolutionary DIY solar panel mounting kits will be available, enabling you to harness the power of the sun in your own home.
If you enjoyed this comprehensive breakdown of our solar-powered shipping container modification, make sure to give us a thumbs up, comment below with your thoughts, and subscribe for more exciting projects! Turn on notifications by hitting that bell icon to stay updated with our latest uploads. Thank you for watching!
BigAir45 Vents:
containermodificationworld.co...
NEW T10 AIR LIFT EXHAUST FAN
containermodificationworld.co...
1 Powered Vent & 2 Intake Dampers (Amazon Canada):
www.amazon.ca/dp/B0BBNCQ9H4?r...
1 Powered Vent & 2 Intake Dampers (Amazon USA):
www.amazon.com/dp/B09YMZ74VZ?...
**As an Amazon Associate, we earn from qualifying purchases. - Jak na to + styl
Are those Sol-Ark 60ks? They look smaller than I expected.
Sol-Ark 15k. 9 of them. 135kw total. How many panels would feed into the building?
@@TheContainerGuyTV the 15k can do 18kW of PV input. If you over-panel a bit and do 20kW per inverter that's 180kW (~333 540W panels). Why use the 15k instead of the 60k if you want 480V?
@@niktak1114 that's a great question. Probably a wise decision too. I will relay it to the electrical engineer who designed the system. Would you only need 3 of those instead of 9 of the 15k?
@@TheContainerGuyTV a single 60k can output 480V 3 phase by itself so two would get you 120kW output and 3 would be 180kW.
@@niktak1114 probably has more to do with the battery. There are not a lot of user friendly high-voltage battery stacks out there that would pair with the 60k. It doesn't look like there is much energy storage in there either, it was probably just easier to set up a 48v system all things considered.
Hi. Someone may have already suggested it but I will raise it here in the event it has not been raised. On the leading edge during transport you could add a wind deflector or wedge to direct the wind generated while moving away from the underside of the panels. This should prevent the flexing you showed happened on the freeway. It may actually even reduce drag and make it more efficient (e.g., less wind drag). Same can be done on the top panel leading edge. Nice job! Clean design and the interior layout of cables and components. Perfect for use afters natural disasters or in developing areas. A smaller and more affordable unit would be a huge hit. Please keep going. Cheers!
As a former flatbed trucker the solution is very simple, tarp the damn thing and all the problems go away instantly. I would never allow a company to transport solar panels uncovered over the road. All it would take is a small rock to bounce up and crack a panel.
Very innovative. I live in a very humid environment. I caught the condensation from my heat pump a few years back and got more than 10 gallons a day. Seems a water storage and filtration system would be a helpful addition to an off grid type system like this.
I'm in north Australia currently, finding im getting roughly ten liters of 'condensation' from each down pipe.
Because of the heat difference of the heat sink roof cavity, to outside morning air.
As you mentioned the pump, the container would be dealing the same issue. Nice to raise the water storage to the mould even tho water an electricity don't mix, it be good to have "fresh" water in an arid area whist it's generating power for you
Awesome info to know!! Thanks
This is an awesome idea, we will definitely be doing this, did you consider gas springs? Maybe not enough variable angle for different times of year?
Can manually adjust from 0 to 70 degrees depending on the time of year and your latitude.
One cool thing I learned from the customer: If you had solar panels that followed the sun, it would only gain a max of 20% output. It is much cheaper to buy 20% more panels than develop an automated, electric drive system to follow the sun. Less moving parts is also better (all else equal).
@@TheContainerGuyTV you can do it with Pneumatics(you need to install a air compressor for this) or linear servos. There are already solar tracking systems you can use with 'em. I'm working on very similar concept right now for my farm project. I will update you in the future. You gave me lots of good ideas. Thanks for that 🤘🏼
Good to see a friendly face here! Love from Turkey 🤘🏼
Very Canadian. R&D for your competitors? For the greater good but hope a large competitor does not take advantage. The best.
@@JohnJames-fv4us 🤷 meh.. usually what's out in the public is 2 revisions behind. They can steal my old revisions but they can't steal my brain haha. Also, I'm in this one for the greater good. If anything will be proprietary, it's the climate controller.
Great product! .
As a truck driver experienced with road damage, i would advise making the panels removable and placing them in secure racks inside for travel as sideswipes and road debris are a huge hazard on trips , no panel no power.
As for getting the panels into position, a screw jack that can be
A. Motorized and controlled automatically by onboard servos to adapt to sun position.
B. Operated with a drill.
Drop the panel into its frame plug it in and crank it up.
Thinking the same thing !!!
Congratulations on not settling for "close enough" to align the panels, safe for transport, and safe for the operator. Well done! Those panels come in seemingly endless sizes, so keep that in mind when you move forward on your 'DYI' options. For those who intend to routinely deploy and retract the panels, consider gas struts to ease the weight.
Great content! Always learning something new. Consider using pull handle with stab locks for each unit (similar to truck bed slider). You can set your own positioning (various angles based on time of year). Best part is you can set a stop for the closed position and no need for any additional tie-downs. Great work!
Awesome project! I used to work for a company that made offices and labs out of shipping containers. Fantastic video! Great work of keeping the moisture out too! Definitely going to follow for more content like this.
Man! This is absolutely amazing! Great work!
Fantastic job guys! Great tenacity to do the job in a quality fashion.
Great project. Very clean and tidy. We can appreciate the attention to details
The problem with having the ac condensers enclosed in the same space as the transformer is that the efficiency of the ac minsplit will be reduced resulting in more power draw. This is because an ac condenser transfers heat from the conditioned space to the ambient air space. When the ambient is hotter the transfer requires more power to maintain desired temp. You should divide the mechanical room space so the condenser uses ambient outside air and have the transformer in separate space vented to the outside.
Our next build is going to be on a 40ft container with more room to segment the mechanical and also include a couple gensets
That is the one I want to see!@@TheContainerGuyTV
@@TheContainerGuyTV hey there good install as an electrical contractor and GC live the build you may want to have a condensate try under and elevated condensers as well (22:06 min) other suggestions I have but even more questions on how you did such a great job... 👍
I reckon you could probably use the AC condenser fans as an exhaust for that side of the container, two birds with one stone.
This video helped me in designing an offgrid Solar Panel in a 20ft Container, currently I have a project to design and implement a solar panel in a 20ft container with 10kWp power and 30kWh Lithium BESS.
Thank you for being an inspiration
Which type of wire is best to use when building a container home? I've heard not to use BX instead to use non metallic sheathing wire such as Romex. I'm using steel studs for framing. I purchased one of your kits. Works great.
Wow, super exciting. Can't wait for the DIY versions.
So a simple solution for the travel issue would be having a simple tarp over the container during travel. Specifically to seal up the front travelling face of the container to make the panels more aerodynamic during travel reducing the lift force the wind will place on the underside of the panels. Also added benefit of protecting the panels from potential chips during travel caused by loose gravel, rocks or other debris.
I was thinking the same thing. Just something to guide the wind around the outside of the container/assembly and over any rough spots it can snag. Reusable doesn't need to be strong, just exist to direct the wind
How much does something like this cost?
HIPP WRAP is much better than a Tarp.
That is a very impressive container setup. Giving me ideas for my property here in the land down under!!!!
Had a cat5 hurricane pass over my area last year. If you can find a very secure way to secure the panels against the container, we could put the panels in storage mode during a hurricane. Nice project. I think I will DIY one this winter.
Where in Florida? I'm near Ocala. Would love to find a way to make my shipping containers have solar options.
This is awesome! Great job on the panel installation
Thanks Dude 😎
Consider a set of reinforced rubber strips in front of the panels. (one for top, one for side) about 1" lead and 2-3" farther out than the panels, air pressure will push the far end against the panel and make a fairing to keep the air pressure from behind the panels at higher speeds. and no pain if bumped into on site.
What a piece of work is a man! How noble in reason, how infinite in faculty! In form and moving how express and admirable! In action how like an angel, in apprehension how like a god! ”
Thanks man! Love to get some of these kits after you guys are happy with the designs. Love the vids! Keep up the great work.
Love your channel. Keep rocking.
Thanks for the loyalty 🤘🤘
Definitely interested when you have a kit available. Any idea when that might be?
Wow, Channing! I'm so impressed to see all the hard work you guys are putting into everything, instead of just settling for the first idea someone gets!! 👍
Thank you as always 🙏
It's amazing 450,000 what a deal.... 😂😂😂 Ya just out here robbing people 🎉🎉🎉@@TheContainerGuyTV
This a great idea for businesses but for an average residential customer, I can imagine this will cost way more than most could afford. I build my own dyi off grid power, no where near as nice but with 240v (4x 6500k watts inverters, 10k+ solar on my roof) and 129kWh off battery pack. It will do the job. Cost me less than 30k. Your design is ideal but at a high cost. If I have crazy amount of money, I would buy it. Great job!
In my humble opinion for $115 usd, you can have your own power station with 50kw gen and a complete PV system including dual EP cube battery backup. that's more than enough power to run large or multiple buildings and homes. Honestly that's a pretty good deal with a 30% tax break down here in the US
What a beautiful, professional build! Very impressive.
As for the front panels lifting away at highway speeds, beside the tie downs, have you thought of adding, on each corner, front right/left wind deflectors?
You know, like you may see on huge transport trucks. They would be vertical, curved so as to force the air out and away from the panels.
I don't mean like the air foil deserters that are on the top, rear of the cabs.
Just for clarity, they would be like a 1/2 moon shape, with perhaps a 3-4 inch overhang on each front corner.
Some may call them an Air Wing (only vertical rather than horizontal).
You did a fine job talking us through this !
Absolute legends. Thank you for sharing this.
Great idea, love your product. I myself would cover panels with PP sheets during transportation.
Awesome video, i have looked into a few of these types of systems myself & there are pros and cons to each system + setup but long term fingers crossed the pricing of electronics and solar panels will come down & they will be a viable option for worksites,farms etc
One idea is to move the inverters from the end to where the door is currently and have bigger door on the end. This way you could store the panels inside the unit during transport or storms. Dont know if there would then be enough room for everything though. Also I have never watched a container video in YT and now this was recommended for me, I like your energy and passion for this kind of stuff!
When you think those mounting brackets will be available to purchase? I’m a DIYer and we are pouring the pad for our shipping container solar station next week. We’ll just be powering our house
Absolutely incredible Channing! Congratulations on the successful implementation of a prototype! That in and of itself is a significant achievement. Your perserverence with multiple attempts, in a constrained timeframe shows your dedication to the long-view; I doubt you made any money on this build - but the future product development potential and what you've learned (and shared) is just epic! Good for you!
Thank you. It was lots of work and lots to learn. I definitely lost money on my portion of the build but had fun and learned so much along the way. Loved the opportunity to be a part of a huge build like this. A couple more projects in the pipeline hopefully 🤞🤞
Very interesting, watching from sunny Scotland, UK 🇬🇧
That's awesome! Know any McCorriston's?
😅this is seriously amazing! I’m definitely going to be watching for different versions.
I can see this being extremely useful as a rental for construction sites rather than having loud trailer generators
wow what a fantastic ideas, you guys are good, all we need is to see them in Australia. All the very best to you guys
This was just awesome
Glad you enjoyed it. Was lots of work.
it's a great job, mate, looks neat! i will start following your channel... just a question, i would expect fire decetion and suppression in such expensive equipment like a Sapphire or Sapphire plus as we do in Europe?
One container can power an entire town? I must have missed something.
An Amish town*
An Amish town*
Awesome work. I'd love to have one or even a few of these!
12:00 You maybe want to glue them. Silicone doesn't really "hold" things in place and if it gets windy that silicone will degrade fast.
Very cool idea. I’m guessing the panels on that thing are meant to run only electronics inside that one unit, and you will need more panels on the outside in order to actually run all those inverters inside. You will also need way more batteries. I think you need to scale up and do it now before concept gets too busy. I would have one container doing inverter stuff and another doing battery and transformer, and additional containers need to have a rack pull out system and will need to be stackable/connectable. You would need roughly 270 really good panels to run that thing. Because if it’s a modular system the infrastructure to set up that many panels in one spot will be difficult. And if they already have the land for all those panels building a simple slab on grade structure isn’t hard. Love how clean the site is great work. PS Think of it as a large Solar edge system with battery connected just on bigger scale. Also solark makes cabinet battery/ inverter unit it might make sense to make batteries grid active double redundant.
Great job!
I recognized the Hammond boxes and transformer. lol
Why'd they use a 3R enclosure on the transformer if it's not going out side?
Just thinking, is it possible to hinge panels off the end on a strut system that rotates?
Also snap latches or toggle latches on the struts to secure the panels for transport.
is there a reason why the panels aren't deployed/stowed via hand or electric winch? seems like that would help stabilize them during transport and make deployment a breeze. Electric winch would also allow for a more automated panel angle adjustment, too.
Love the Square D ‘comment” absolutely awesome. You guys are making some great stuff and this is OVER THE TOP….
Im not sure I understand where the 450k went. There is 5400w of solar on that container. 3x sol arks (youd be better off with Victron or Schneider) would give you all the 3 phase power you could generate and then some. A container that size costs 10-15k, the panels can't be more than 6k, the inverters 12-15k and rhe batteries another 14k ish... Maybe 10k for all the load centers and wires. That's 50k plus labor. Where did the other 400k go? The generator and the transformer? Not sure what the transformer is for. Not sure why it needs 2 air conditioners either. Thoae things use at least 1k watts each. 20% of the solar yield. Look its good clean work but the math doesn't really add up.
Thanks for the analysis. I enjoyed watching the video, but when I thot of 450K it became useless for me to even think about, but I need one for my small 20 Ha farm
Container isn't $10 k😂$ 2-3k if it was new is all.i would give
I couldn't see 450k but what do I know..didn't see many ppl contest what u said though
@@richardgibson4757 agree I can get new containers all day long for 2k
@@richardgibson4757brand new... worst case ... budgetted at $10k
Once perfected, where do you think the retail cost will come in? (as a modified container - no equipment).
That is so bad ass! My dream of living remotely off grid would most definitely include your power making container! So cool.
Could be scaled down in size to suit individual needs. It's the idea of a delivered system with little to no intrusion on the existing home is what interests me.@@shadowwinters5196
No it doesnt... Your not going to Pay 450K..
@@BasixStructures You may have glossed over the part of my statement where I mentioned "dream of living off grid". You go ahead with your small dreams. Me, I like to go large.
Pure Fantasy Land... Do you have a dream of finding a Unicorn also. @@davidjondoh8671
My only concern would be protecting the panels during transport or severe weather. Perhaps some way to mount them into a protective backing, and then flip them over so that the fragile surface is facing the container.
What is the price on a 40' loaded with TESLA POWER WALL 3s same idea with two rooms. Also looking forward to the 1 year check up. I love that you guys will stand on your heads to get it right before delivery !!! Also the way you guys innovate is awesome. Off the grid is the way to go !!! With the cost of developing land today this is almost a viable option for somebody who wants to build remotely. How long will this 20' build power a large house and barns in a worse weather situation for instance ???
Awesome setup one of the best i ever seen....
Thank you 😎
Wow this thing is amazing !!!!
Thanks. Was lots of work. Glad you enjoyed it.
I can see setups like this for ground military setups. Transport power package out to camp/MASH site drop panels up and now you have power. The generator built into a 40ft container is even better. From HVAC side I would recommend setting up the condensers or outdoor units so that they face outward through the side of the container with a removable panel to give access to the internal parts for efficiency. Though the transformer will be on the air draw side causing heat build up, it will not matter when there is free air flow happening if there are roof vents also. This is a great system and have subbed to see what else comes of this.
🤔🤔wonder who our end user (customer ) was🤔🤔 Can't say unfortunately...
@@TheContainerGuyTV What gave me the idea was seeing 480V for the power source. That was the hint since I am used to working with the military from a dependent point. Enough power there to kill a person. The cameras are also a hint since the power source room would be a point of interest for shutting down a location. Keep up the work.
Love it!
Thank you!👍
@@TheContainerGuyTV are you going to be in Boston? Need to pick your brain
you could weld or attach a slanted wind deflector on the side where the panel is located as well as the top; to deflect wind past the panels entirely while under transport, to keep the panels from planing.
Just using cheap snap latch on the struts would work vs welding to galvanized struts.
This is a pretty amazing looking project.
Several concerns all around the space conditioning:
1) Doesn't seem like it's anywhere near enough ventilation on the hot side to keep those AC condensers happy, they'd work better, use less power, and last longer if you could feed them outside air, maybe from a pair of big vents installed directly behind them. Much more outflow from the hot side to outside seems needed as well.
2) Using AC is a bit self defeating in terms of making power, possibly lean more in the direction of cooling via ambient venting by increasing the size and number of vents and fans.
3) Why is the ambient venting pulling in from the hot side rather than outside? I imagine a case where it's been using the AC for a while, then detects outside temp has come down and switches to fan venting, but the hot side has built up so much heat from the AC condensers over there that you're just pulling in hot air for a very long time, or at least as long as it takes for the system to switch back to AC.
4) It appears that the floor is the only intake venting on the hot side, any concerns about this unit being used in a snowy place that might build up around the unit blocking underfloor intake. Is roof venting an option?
5) Dumping the AC condensate water directly on the ground in the center of the hot side seems like it will lead to a very moist environment, possibly consider running it to at least the outside edge of the container where it can run off away from the container.
6) You may want to research shipping container server room builds, they have a hot side as well for the cooling equipment, and it's typically VERY open to the outside, like mesh, or the condensers are actually mounted to the outside of the shipping container, sometimes inside a wire cage for security.
You bring up the same points I thought about while watching this. Hope they reply
You guys built the great power mobile station I’ve seen so far!
My only suggestion for during the transport it, you should design the tarp/cover which often see it on the semi flatbed truck. Cover the entire container. Once the unit arrived to it destination, take it off for the next delivery.
Do you sell the kit?
Where can I get the mount? I didn't see it on your website.
Can't wait to see this in a residential application. Im sold!!!!
What do you want to see in the product? I need some feedback. Just the brackets or everything including strut all cut to length and ready to install?
@TheContainerGuyTV I would definitely do a "starter kit". Something that you could put on your property and easily add to like you said. Maybe even a collab with a solar company 🤔
True beauty comes from the inside. Recognize that you're a beautiful person on the inside, and you'll broadcast that awareness on the outside.
Wow, great idea!
can you drill the outside channels so that stop pins could be put in place to support the panels at different angles? I'd personally be thinking like a trailer hitch pin (1/4" diameter) . I wouldn't think most people would want to move the panels more than 3-4 times a year, at most.
Nicely put together. One improvement I could see for you would be to drill a hole through the unistrut to accommodate a pin to hold the panels at the correct angle. literally one guy lifts the panel, and another guy slides in the pin, Done!
Other than that, and I am not certain of how to fix this is that the condensers mounted in the smaller room are going to reject all the heat from the main room, plus also the compressor heat. that little fan on the side is going to have a lot of heavy lifting to do
I have 3 recommendations. Gas struts to assist with the panels. The gas struts used to support full size truck hood’s should do the trick. Second, you can lock the panels in place with gravity latches. I can see a customer flicking the gravity latch open with his shoe and the panel just gradually comes up on its own. Lastly, I’ve been thinking about making one of these on a somewhat smaller scale (more like, buy a ready to live in container unit and then buy something like Anker’s Solaris powerstation ). I want to have something similar to temporarily live in when recovering from a storm. Back to my third recommendation, find an alternative to spray foam insulation if you decide to make these units livable to avoid any client stereotypes of the foams off gassing . That’s all I got. Hope this helps. Great job guys!
Great project, so many use cases.....
If you cut 2 chain links in half and weld them onto either side of the grab handles and onto the shipping container you have a way to winch down the bottom side of the solar without needing to do all that loopy loop stuff with the tie downs, just a thought. That or just weld the half links to the container and get the U-Bolts in a small size and put those on either side of the grab handles if you don't want to weld to the grab handles to winch or tie them down, honestly a lot easier and more simple than what it's made out to be.
We have our Bolt-On D rings. Could bolt them to the strut. Awesome idea.
I could also gap the ends of the grab handles with something that allows them to be strapped to turn-buckled back to the container.
Keep the ideas coming.
In areas closer to the equator a 3rd row of pannels could be used by using the opposite side of the container, but getting that right would be hard because they'd need to swing pretty far up and away, possibly 130 degrees from their stowed position
Brilliant work
Wow bro, so impress by your design, keep going!
Thank you. Would you go solar?
NICE TO SEE FOR ONCE someone that also excplaine the issue you had
this is genuis. i want in on this
Thanks for "Live Test & Learning" to Make things better for the "New Guy" in this process!
**Road Prepping the "Grab Handles" - Idea: Have a "Latch" System, like an Angle Channel on a Hinge, that swings up to cover the handle, but goes a bit taller, and install a Locking Pin (Like for Trailer Ball Hitches) to them, into a backing plate, for security during travel, and - if you like, make a spot for the Metal Shipping Tabs that Secure Sensitive Loads on Trucks. (Kind of looks like Metal Tie Wraps.)
Excellent information thanks for share simple solutions like tgpropower system solar great job
Looks awesome! I would not transport that down the highway without plywood covers on at least the side panels. Rocks and sand get kicked up by passing vehicles and could damage the panels pretty easily. Of course you also have to be thinking about height clearance. I wonder if adding those panels to the top causes concerns at low clearance bridges?
IMO a customised container with a pocket for storage uses might have solved the issue, and yet aids transportation for international travel if need to, should UN decided to get it for their programs...
Why don't use some pins to secure and quick release the panels? Also, add like a Car Jack Lift to lift the panel? either manual hand rotation or power motor?
Using air shocks on the opening and closing mechanisms should help to prevent injury or damage if they any chance the operator let the panels to close too fact or the stopper fails
You guys are awesome. Somehow came across ur channel. Subscribed!!
Thanks! Looks like you got a channel too. Gonna check it out now..
Saludos desde Barcelona España.
Es increíble este proyecto. Muy bueno, los felicito.
Se le puede obtener más energía aún, puede tener subproductos interesantes. Sigan así, felicitaciones. En proyectos similares yo logro obtener más energía con los subproductos.
Es una buena idea, es un gran proyecto.
I'd probably suggest some sort of shipping edge protector/bumper/windbreak. This would reduce lifting on the panels as airflow would go over them as opposed to under, and you're also going to have something that will guard against the inevitable corner bumps and scrapes this could encounter. I'm thinking really a cheap fiberglass or plastic curved panel that can just clip on the container frame. Another potential design feature would be to put in some D-rings along the panel side such that if a transporter was aware they would encounter rocks, dust, etc you could easily hook a tarp cover over it without them doing anything dumb like trying to ratchet strap around the panels.
Awesome JOB !
Ribbed chanel strut is a great choice.
Panel performance can increase with an adjustment of angle every month to keep then as close to perpendicular to the sun's path. Six monthe of increasing angle and then six months of decreasing angle. You could mark on the strut the points to adjust the connector to so the six desired panel angles are achieved. The set points are not universal. The will depend on the latitude where the container is sited.
Youre just adding more complexity... They can use a ground mounted sun tracking system in addition to the attached panels. Why add so much complexity for such marginal gain.
This is great, even tho the movie crews have the out side been show with over assorted movies/shows.. it's all hollow and not usable ..
You guys done a sweet job.
Been in North Australia and knowing America has twister Alley, testing the 'closed' panels on this beast during a high winds, would be notable RnD for this project.
Damn it's sleek and slimline
Thanks for watching!
Today, give a stranger one of your smiles. It might be the only sunshine he sees all day.
Are the blueprints for sale. I love this idea 💡 great video
To secure, something like the auto locking gate latch for a side gate. Round handle clicks into it and it auto locks, lever to release handle. One each side of handle
Thanks for the input. Keep it comin!
Good job man! Really like the build.
I wonder what kind of power station you could build with double containers
An English vendor is working in Hong Kong on a 1 MW battery pack inside a 20' container which would be an insane amount of energy storage. Then just need a large ground array to generate the power. Would be a cool project.
@@TheContainerGuyTV Wow! You would need about 500 LG bi-facial panels. $$$
I could see something like this being great for disaster relief
100% needed in Hawaii
Nice. I like what yall are doing.
People left some helpful comments and I agree with several to make things better.
Nice. Thank you for sharing this.
This has been on my mind to build for specific customers and we gotten close to design, but stopped. So I’m excited to see yalll do it:-)
14:38
Awesome Content! 🎉
Where did your client get those solar panels from?
Thank you! ❤
This is seriously so sick
Thanks dude! Hopefully we'll update everyone on it shortly.
Mind blown!
Instead of having 2 separate arrays of panels (Roof/wall) I would recommend building a frame for the roof that is motorized to articulate in 2 dimensions 180°. Basically, if you motorize the array you can install a sensor that tracks the sun so the panels on the roof will collect much more energy throughout the day reducing the need and cost of more panels on the side wall. Automation solves a lot of hassle.
More Moving Pieces Equals More Potential Problems
more money marginal gain..
So the one side is always open to let the heat out?
Simple but cheap and easy to use is pallet wrapping for the container it will keep wind from getting under the panels and protects them a pit just generously wrap the top/ sides and your good to go!
YEAP, I LEARNED LOTS - THANKS!
During transport add a front lip to where the panels are You won't have to deal with the wind lifting up on the panels if you divert it from under the panels to over the panels as it drives
There is a "current" of air which will build up behind the Lip (about 5 or 6ft) and then cause the same problem for the other panels.... it needs to be wrapped with HIPP WRAP. Drive behind a truck on the freeway and you'll get my "drift".
Thanks
It is amazing how difficult and expensive you made a simple and inexpensive process. I am still trying to figure out the way! The 5,400 watts of solar panels that you mounted will not produce enough electricity to run the twin A/C units that are installed let alone “a town”.
This is meant to be connected to a generator and a 135kw solar array.
Would power about 30 houses or a mobile camp.
@@TheContainerGuyTV I did not hear that in the video. This explains the number of inverters in the container then all you need is 450 KWh of batteries in order to sustain the basic needs of 30 homes over night ie lights and refrigeration.
Didn't mean to mislead people. When we accidentally do, it always makes the videos do well. Maybe that's the secret 🤣
@@TheContainerGuyTV you could benefit from watching a video from African Green Tech posted 3 years ago.
@@TheContainerGuyTV If I were selling power to 30 homes, I'm not sure this would be economic?