Free Energy from Stream , Micro hydro turbines. | DIY |

[@simsarabin]

turning off the light with tap is awesome : ))

[@ayidn9]

Hehe.. You're so lucky .. Very fast the water is despite the small drainage of water. Good job man..

[@livetv3164]

Wish my home was there. I would invest money and make a beautiful hydro electric power station and would make my village shine.

[@manojkmondal]

The water source that is shown in the drainage system and that used in the gadget is way different. The water flow pressure used to generate the electricity is at least ten times more than what was shown at the beginning. Look at the force with which water is exiting from the dynamo/generator. This is unfair. One must not use such trick!

[@vinnybyrne09]

@@manojkmondal Yeah the reason the water flow pressure is higher is because the vertical distance from collection to the generator. This distance is known as "Head" and the greater the head the more pressure you will get. The longer the drainage system is the more pressure you will receive at the generator. Though there would not be enough water flow to power much more than shown on the video so a power station is out of the question.

[@manojkmondal]

@@vinnybyrne09 Length of drainage system does not add water head neither the length of the pipe. Even in the context of a hilly area, a drain will not give a large head. It is possible only if you connect a pipe from a height above the point of the release valve. The force with which water is exuding in your experiment indicates that a pipe is connected to an overhead tank that is elevated by about 50 ft above the ground. In that event, you will generate much less electricity than what you have spent to pump the water up into the tank. The drain-water is definitely not the source. Surprised, you tried to substantiate a lie. Keep fooling people and enjoy.

[@vinnybyrne09]

@@manojkmondal The vertical distance in this video would be enough to create that amount of pressure. You're right the length of the drainage wouldn't matter and the friction from the pipe would make it worse but I think this video is legit.

[@Shannon_Robbie]

@@manojkmondal Perhaps the narrowing of the tube/hose creates an increase in flow or velocity.

[@foreignermakingmoney-phili1458]

enjoyed the part at 3:20 where you show a practical application of lighting up a lamp. I felt it was really informative and you really brought the point across well. I am really interested in engineering and have had a career in engineering for over 28 years from everything from starting as a mechanics assistant to now a Project Manager. I enjoy sharing my skills and knowledge as well with others like yourself. I have provide training to others and had apprentices work with me to kick start there careers. Many thanks, Great job.

[@seanmcguire7974]

Thought he was gonna hook all of them up

[@mozartips]

I thought the same thing. Very disappointed. :(

[@SERGEY-KACHAN]

kzbin.info/aero/PLlEX99xZE8qMfdFuRCW97hQ6YFSz6b16Y

[@LoganT547]

@@1islam1 nobody wants to hear your lies

[@narendrakhona1168]

SHOULD HAVE MEASURED/SHOWN VOTAGE & CURRENT.

[@allywilkeforsenate]

@@1islam1 Islam is sh!t and the quaran is for wiping.

[@andriejavier7333]

Your lucky man. You born in a beautiful place

[@jaromejacksan6934]

very accurate plans for something like that I found on Avasva

[@lumo_exe]

ooh link?

[@jaromejacksan6934]

@@lumo_exe Oh. It's so easy to find ;))) just google it

[@romeliapolly4171]

Thanks Jarome

[@bixlord]

awesome idea! the design would be greatly improved with a straighter and solider tubing to the generator 😉

[@Onceuponajuan]

Teflon tape

[@bigbearbland]

You can daisy chain those turbines using the same water supply and compensate interuption of flow by water drop, right? So if you switched lighting only to 12v (auto lights) and the rest to 120v you would not have a problem supplying energy to multiple houses?

[@jeltiiuxa26101986]

для нормальной работы генератора необходима большая скорость работы, иначе КПД низкий

[@realitycheck4158]

Inside clear plastic tube?

[@aizen310]

Hi! Can you stack multiple of those in the same water supply? So you can multiple energy production?

[@0ToleranceX]

@Young DIY Any plans for using multiple units to gather and store energy into a battery bank for greater power usage applications? Such as having multiple units charge a battery bank overnight and continue to trickle feed the bank during the day so that during waking hours, more energy would be available. I would be very interested in seeing how these could potentially do in such an application.

[@carologywaterlesscarwash2054]

Just commented the same thing several of these linked together connected to a leasure battery then a power inverter and bang free power I would personally have two barrels pump on bottom barrel to recerculate the water feed from top to bottom back up repeat continous power 👍have that pump run on wind or solar system it will never run out and keep battery constant 12-14v 👍

[@geoffhowells4165]

@@carologywaterlesscarwash2054 You could have a siphon-pump take it back up the hill for 0 electrical energy cost.

[@robertwillis4061]

Depending on the head pressure, you could run lots of these inline to power as building.

[@Keys879]

But you'd only charge batteries if someone was using the water! haha "Someone go turn on the faucet! It's getting dark!"

[@poodlesandwichmodding7101]

Get this was probs just a joke but just so no one gets put off from trying this, that’s not true if the generators were placed upstream of the header tank.

[@chrisdawes7270]

@@Keys879 if you put it on a water pipe while having a shower, you could charge batteries, with a few of these in line you could store quite a bit of charge in a powerbank and then reuse that...

[@pcpatel01]

Nice concept connect them in series. For higher voltage.

[@DylanBegazo]

Interesting. There must be a way to connect this to domestic plumbing so that when water moves through your house’s plumbing, it generates electricity. Maybe if I can hook each up to a Tesla power wall.... hmm....

[@HSFY2012]

Your house will pump the water through the pipes, so you're using electricity to do so. You will lose electricity through inefficiencies in pumping harder for the little electricity you take out of the system. It's like turning on a fan to generate wind for a wind turbine, it's not going to create more than what you put in, and you will lose electricity this way.

[@TheCobste]

Scott McFaul not necessarily if the pressure comes from a city or town supply

[@danedoes8532]

@@HSFY2012 The point is not to waste water to gain power, but to harvest power when using water. Let's say your heating is powered by radiators, when in use there is a constant of water flowing through, that current can be harvested as power. Same when you take a shower, water the lawn and plants, do the dishes and so on. "All" it takes is to have turbines installed as part of the pipes to all water outlets. This is of course not something you just do, as it would take some propper equipment and a power storage unit in your house. But the idea is honestly amazing, and really something that should be part of the future of new houses and renovations as it is sustainable.

[@ianbuilder]

theirs no way it will survive house pressure water.....

[@snowflakemelter1172]

There is a way, its called screwing it in to the pipework. Not exactly rocket science.

[@srahman7024]

nice project, government should watch this

[@edruceross]

No they won't.

[@moazzammalek]

They are doing this

[@moazzammalek]

In sewage system

[@acerc.e.4279]

Good design but the quality of the motor? Its life span? Type of motor design brush type or brushless?

[@giliy_18]

Where can I get those hydroelectric converters

[@rudrashiva]

Hydropower plant are very simple to manufacture (specifically micro one) but they made it so expensive that normal person can't buy it.

[@benlawton5420]

1.6 kw turbine for £300 (power spout) you clearly can't even afford electricity.

[@benlawton5420]

And you can get 3kw ones off Ebay for £200.

[@rudrashiva]

@@benlawton5420 Hahahahahaha.... clearly you run lights only ..... you need atleast 15 kW check the cost of installing it.

[@benlawton5420]

@@rudrashiva Install it yourself, plus that's why batteries are a thing a 1-2kw hydro would supply a house of 2 easily.

[@rudrashiva]

@@benlawton5420 Man the average load is 5 kW. (Include 1.5 Ton AC). You clearly missing my point. You won't get 2kW of power from a 2kW of turbine, their will be losses. And check the cost of 2kW of batteries load, control system. And finally the payback period. The flow rate of water also would not be same throughout the years. I said 15kW so that surplus can be sold and you don't need battery either for that purpose.

[@lawsnewton]

What happens if you hook those up in series on the same stream of water?

[@MrJjhemi]

Very cool

[@StonedRedneckMarine]

Well nice, do you have a link to where these can be bought or a download link so we can 3d print them or some info about them so we can find them online? Happy that you have that capability but we would like to as well

[@mejoresshorts2586]

X2

[@Hshsjdbdhdsbwkzuzbasgs]

You can find them on Amazon there called mini hydro generators

[@chrisdawes7270]

@@Hshsjdbdhdsbwkzuzbasgs ebay, amazon, everywhere... cheaper to buy than print.

[@pieterpauwelbeelaerts5995]

@@chrisdawes7270 but how long do they last?

[@hassanal-mosawi6049]

Thanks for showing how and sharing that, well done

[@AngelLestat2]

the hose diameter is wasting all the power, you need to work with a higher diameter, then at the turbine input you just use an adapter to match diameter.

[@AngelLestat2]

​@Loli4lyf yeah, something like that, the pressure is given by the height difference and by water friction against the hose, increasing the hose diameter reduce the pressure lost by friction, then its turbine connection requires less diameter, that is the only reason why he needs to reduce the diameter at the end. If you have a small length (section) with lower diameter, the lost in pressure is minimum, the water flow would stay constant increasing the speed in that section. The amount of flow would increase, so he would need to be sure to not suck air in its stream source.

[@raisagorbachov]

But if you go for a bigger diameter hose then you're immediately increasing cost. A few sections of PVC guttering could direct the water on a lesser slope and lead to a big plastic barrel with a turbine connected to the hose connector on the bottom. That would increase your head of water (water pressure). That would allow several turbines to be connected in series with the power generated collected in parallel for higher amperage.

[@AngelLestat2]

​@@raisagorbachov just increasing a bit the diameter, its power output could be multiply by a lot. In fact, with his diameter, he can keep increasing the height, that its power output would stay the same. Because he is wasting all in friction. According to Poiseuille's law, the flow rate through a length of pipe varies with the fourth power of the radius of the pipe. Volume flow rate = (π * pressure difference * pipe radius^4 ) / ( 8 * viscosity * pipe length) So few mm extra of hose radius cost nothing, because the hose cost is more related to the surface (square), also the hose cost is

[@raisagorbachov]

@@AngelLestat2 That would be nice but that hosepipe is a commonly available size. A bigger size might just not be available. Thats my problem actually with the whole project... None of the parts for the turbine are commonly available. its a cute idea but in places like africa where its intended to be used, the parts to build arent available.

[@AngelLestat2]

​@@raisagorbachov there is an incredible variety of hoses because they are used for irrigation, something that everyone needs at different scales. Just make a quick search on the shops and you would know, even in africa. For hose garden the common sizes are (in inches) 1/2, 3/4, 1. Then for automatic irrigation (black hoses) you have 1/2, 3/4, 1, 1-1/4, 1-1/2, 2, etc... The hose in the video seems 1/2 or less. By the way, if someone can get those micro hydro turbines, then it is a clear example that he does not live in a cave (in fact I never see those turbines in my life), so getting a hose would not be a problem.

[@onesee6006]

Good job

[@jedkang6190]

wow . you give me an idea what if you will use water cycle form i mean every water drop return or go back to water source. cycle again and again you can save water .😮

[@snowflakemelter1172]

You would have to pump it back up hill using all the power you generated.

[@Meglenger]

@@snowflakemelter1172 Nope use a water powered hammer ram pump ;)

[@johngoodin3445]

One key thing is that you could scale it up as needed. Use a large two liter bottle and you could get a whole lot more water to the generator in a really low flow water source. Maybe even change up a regular cell phone while you slept. Even if it was really low powered even six to eight hours of charging is better than the phone going got dead.

[@MrBenuuts]

No way this little turbine can produce that much power

[@MrGeorocks]

Energy saving bulb probably, still very cool.

[@snowflakemelter1172]

@First name last name no, upping the voltage doesn't get you more power output. Amps x volts = watts.

[@KhnhomChannel]

Wow This technique are greatest for our world

[@6969smurfy]

ahhh that's why it has been used for more than a couple of 100 years..... ???

[@davebean2886]

Did I miss something - where was the information on about how to build or buy the turbines?

[@mejoresshorts2586]

@Thebrightestbrick88 XD sprint in 3d

[@690Lighthouse]

www.amazon.com/WZINTOP-Translucent-Generator-Hydroelectric-Micro-Hydro/dp/B07HNXRNMH

[@davebean2886]

@@690Lighthouse Thanks - currently unavailable - anyone know of a similar product that is available? I especially liked the small size where we could try it out without spending a lot of money and maybe add more generators later.

[@TheSiapajadeh]

@@davebean2886 tonnes of them on Aliexpress keyword "microhydro"

[@4saken404]

@@690Lighthouse Thankyou you are a zillion times more helpful than this video.

[@khelahoberifles832]

Excellent well for rural areas

[@NyanPlays]

Wow. That's great. But where I can buy this??

[@5disguised]

Amazon

[@excelleentchannel_huda6475]

Nice idea

[@Do_not_assume]

I was expecting to see at least a few more of these generators to be connected to each other, one after the other. Please can you post another video showing us. Also where can I buy these generators from?

[@denilsonlivramento2198]

Ebay

[@rajaraghavendra226]

Awesome greenery

[@lukelehmann4783]

You had Alot fun while doing the this didn't you Great video

[@aravind9142]

All the best for your further projects

[@MienTayTiVi]

so amazing

[@kingshibahaczix4037]

this guy can only turn on the LED lamp, but it doesn't work on all the appliances

[@kingshibahaczix4037]

and did not show amps

[@celsojoven3525]

Soutwoods city

[@javeedali8377]

Yes it's not suitable so much but, If this setup is made on large scale would definitely work

[@wrafl]

I considered building a set up similar recycled water from a drum pump the water int na series of turbine charging a 12 v battery

[@yasirkamal4706]

Owsem.idea

[@torbens.jensen7670]

the yellow turbines.... how many can u add in a sequential row after eachother - as i see there is still lot of power coming out of the first one... can u have 100 in a row.. :)

[@nikke3D]

4-5 i think :D

[@snowflakemelter1172]

Every turbine extracts the energy from the water flow, you can't just keep adding them.

[@juniorisackhanmarinetec4124]

Its briliant good video

[@MerrittOutdoor]

Does the eBay/Amazon micro Hydro electric generators actually work let’s try !

[@dinurawat386]

Very nice

[@dinurawat386]

How many cost this project

[@morienbendinelli1554]

hmmmm, nice....if I just combine like 200 of them, then maybe, theoretically, I could more or less supply my entire house, lol...😂

[@markjack8187]

🤣🤣🤣

[@gaming_arer5270]

लय भारी

[@PhantomPanic]

Meanwhile Paul Bunyan's up streaming taking a wiz...

[@mrhkexperiment]

Good

[@deepaksah8250]

Great job sir ...and what is cost of mini hydro turbine ????

[@prte100]

you get this cheap on ebay for less then 15$

[@RakanKongsiBuragas]

Very good idea

[@mrtesla8633]

Generator used in this project is from where

[@misterfantastikscienz390]

Fantastico

[@chivainmanfoumbi9026]

that's pretty cool....😊.. can we find those little hydroelectric converter on amazon or ebay ?

[@Tristan-eq3yq]

Yo sorry to disappoint you but its fake, with a motor like that you could just power a small LED, you wouldn't even generate 1W

[@pastychomper4939]

There are loads for sale, I've just been looking at one on Fleabay that claims to deliver 10W if the water pressure is 1.2MPa. Ignoring the initial water speed and the friction in the hose, that would need the hose to end about 120m below the collector. At a lower flow you get less power, but a LED bulb doesn't need a lot.

[@michaelcarey1040]

www.wish.com/search/micro%20hydro%20turbine/product/5d92cd25c1148d3171e85ae0?source=search&position=0&share=web

[@franklinfarms4166]

did you make those little generator attachments yourself? very cool. you should sell them!

[@nicholasmarques4133]

Could you use these to charge a battery, and how to you figure out how quickly watts/amps will charge a battery?

[@rasmuswestergren6221]

Any powerbank will have its charge capacity (ampere hours, Ah) marked onto it. Let's, as an example, think that we have a powerbank marked "15 Ah". In the video, we can see that they got about 20 volt (V) out of their setup (3:03). Further, the power of the generator is 10 watt (W) (www.amazon.com/wonofa-Generator-Turbine-hydroelectric-Portable/dp/B07JY62J3B ). This gives us: the output current of the generator to the powerbank will be 10W/20V = 0.5 A, and the powerbank will be fully charged in 15Ah/0.5A = 30 hours. Hope this helps! 🙌

[@Kang_service-91]

Nyong arep nggawe dewek pokokmen sing lewih maen hasile lewih gede pokokmen.

[@bmxbmxist]

wow, amazing idea. ...can be reverse and used as water pump??

[@farhanbesilabiyyu9927]

Maybe

[@MVP11489]

I have a small solar system ive been messing around with, to power some lights, and a small pump to pump water into two 55 gallon barrels I keep on the top of a hill. Then when its night time, the water flows down into two barrels at the bottom of the hill, using one of these cheap Amazon power generators. 24/7 solar/ hydro power lol

[@chuckcarter7431]

Th hat would be great to hook onto inlet to water supply into house to create free energy

[@cosmicyoke]

make a centipede of them >:)

[@cosmicyoke]

@Zeksteve pressure can be increased with a series of chambers that accumulate water, similar to a capacitor on a electric circuit

[@cosmicyoke]

@Zeksteve that's why i prefer implosion motor 😀 , or maybe there can be Archimedes screw generator combined with this hose generator, also you could just design the thing to increase pressure downstream for the next connector

[@Kesiif]

Hook up in series in all your pipes if its a straight line it should be generators, and a series of ventury (spelled wrong) tubes.

[@cosmicyoke]

@@Kesiif you got it!

[@shaunmccrickett4221]

Would intermittent flow be able to charge a battery, I was thinking if you added one of these micro hydroelectric converters to the mains water supply at home would it be able to charge a battery every time you ran a tap, took a shower etc?

[@surajpalsingh2032]

You can also increase the voltage by adding more mini turbines in front of first mini turbine

[@smartlifewithdiy]

Surajpal Singh its 10w and 12v how to make at least 50w and more voltage from it by connecting serial. Can you explain the connection

[@surajpalsingh2032]

@@smartlifewithdiy just add five or six mini turbine in series and the water will flow from one to the next, in this way from only one pipe of water we can increase the voltage of current we r producing.

[@benlawton5420]

Flow (in liters) x drop (in meters) x 9.81 = watts. Adding more doesn't necessarily mean more power.

[@snowflakemelter1172]

No, learn physics.

[@arusdevnath7396]

Great job sir G ,,nice nice nice ,,,can U make a local selfe stick ,,in next video ,,,plz plz plz try 2 it ,,jai hind ,,,,,,😃😃😃😃😃😃😃

[@johnl.khawbung2056]

Use some boost inverter if you want to increase the output power

[@MAD-rp7oy]

Awesome and its innovative keep it up👏👏👏

[@kapilshende1181]

Good idea for rular area

[@darinjames3313]

Very kewl....thank you

[@macjonte]

Specs on the generator and where to buy? Connect it to a cheap solar controller and a car battery to store energy.

[@Kesiif]

Then Connect to alternator then capacitor

[@Darksagan]

@@Kesiif Then to tongue

[@Kesiif]

@@Darksagan why

[@kf8113]

@@Darksagan LOL

[@levipremer4591]

Do you have a link to the fitting you used and the hydropower generator?

[@jenkemp]

ebay amazon

[@aeshmadeva6995]

Amazing, pleeeease share the link of the micro turbines store!

[@shreedharhegde6109]

m.banggood.in/Yellow-Translucent-12V10W-DC-Water-Flow-Pump-Generator-Turbine-Generator-Water-Flow-Hydraulic-DIY-p-1364996.html?gmcCountry=IN&currency=INR&cur_warehouse=CN&createTmp=1&ID=516256&ad_id=338042815653&gclid=CjwKCAjwmNzoBRBOEiwAr2V27YObZQCb4a_oSQbwDD3mMVGWGAdRYiZ3lx2whObTz5No-_Alum14AhoCvgkQAvD_BwE

[@mohdabidomar7044]

check out at lazada n shopee for the best prices

[@NAvmz]

Just buy lazada also there no free energy

[@mariodeguzman7190]

Amazing

[@Dave5843-d9m]

All those small bore hoses waste a huge amount of energy.

[@dlluo8616]

verygoodnice

[@soumyadeepnandy4856]

amazing can u make a video of how to store such small generated energy into a battery

[@horaceoakley6888]

12 volt deep cycle battery and power inverte, and if you want to make it proper you will need a battery maintainer to manage current from over charging or draining the battery. just use a solar power kit replacing the solar collectors with water turbine. or even better use both!

[@soumyadeepnandy4856]

@@horaceoakley6888 thanks man thanks a lot!!!

[@justinsmith8161]

@Young DIY Are they available for purchase anywhere?

[@youngdiy489]

Yes , please visit online markets like Amazon, eBay etc..thanks bro.

[@rrdmathclasses6765]

What is the name of the product

[@youngdiy489]

It's 12 Volts tape powered micro hydroelectric turbines

[@jasimabbas325]

Good very good 12v/DC

[@kaliyaparmar8027]

Super

[@ichhasseamerika]

Thanx for the vid! I have a similar setup with a 350W/24V permanent magnet DC motor acting as the generator, with a pelton wheel attached, and a larger water flow (0.5L/s). But I can only get 1.5V max. out of it! Any idea what I am doing wrong??

[@thabangmnguni6539]

the video is fake bob

[@karonneevits513]

put hundreds of these togetherinside your walls instead of pipes xD

[@pro2778]

So creative and innovative.. beautiful

[@AleiNewme]

Where can i get this turbine

[@vkeshelya]

rover.ebay.com/rover/0/0/0?mpre=https%3A%2F%2Fwww.ebay.co.uk%2Fulk%2Fitm%2F113836672198

[@rodneyjweltham150]

...yeah, but...taking that long hose, the heavy brass ball valve and the rest of the stuff kind of makes your backpack a bit heavy, doesn't it?

[@ayosnaaccountko5531]

May i know where can i find that yellow thingy? I want to try thank u

[@andonrangelov8844]

www.aliexpress.com/item/4000262593013.html?spm=a2g0o.productlist.0.0.33c02f92WckzEh&algo_pvid=cff51a25-6f9c-4c9a-8dd5-500acb7751fc&algo_expid=cff51a25-6f9c-4c9a-8dd5-500acb7751fc-0&btsid=fdd00fd8-3ba2-45ef-8d50-10c388e15c60&ws_ab_test=searchweb0_0,searchweb201602_4,searchweb201603_53 here this link or similar in aliexpress

[@ClayAlbright]

try that with a tesla turbine. would gain a ton of efficiency.

[@Dave5843-d9m]

Until some debris comes down :(

[@БорисУзов]

@@Dave5843-d9m Насос омывателя ВАЗ-2101-21099,ГАЗ-3110,3307,3308 12V 1.1атм

[@butler11111]

I wanted to see you connect multiple turbines together.

[@MerrittOutdoor]

Warren E I am working one. Now follow my KZbin channel

[@bigskycowboy1]

Devin Merritt to

[@FreeStuffPlease]

Same. Stupid intro showing 20 and only hooking up one. I was trying to see these power a house.

[@VAStudio-j1n]

that is best though . i will though 15 years a go but i can not make it. i see this video i will wow !!! its

[@Goldwaschen-mit-Tom]

Great!

[@falcigo]

Water pressure from turbine out water appears to be increased than what you showed in the pipe it looks like you connected a water pump to it to get 19 volts the natural water stream cannot give such a pressure in this less height and distance tell the truth even if it produced 2 volts its ok.

[@cosmicyoke]

you can also use venturi for increase flow velocity

[@horaceoakley6888]

its a matter of volume, 3/4 inch hose 25' long- 1/2 inlet at turbine and even more reduction at the impellers case==greater pressure at the outlet

[@Kesiif]

Look up venturi tubes

[@wawansetiawan226]

The truth is gold, don't distruck.

[@leatherface2795]

even the goverment didnt know where energy come from

[@oldfarmer9004]

Could those be connected in line or would there be too much drop in pressure?

[@wegmandan]

Have you found out how long they will last using continuously?

[@josedavidrodriguez]

I did some googleing and about 3000 hours...

[@djrkrockingking5365]

nice job bro😎😎😎😎😎😎

[@ranjanbanerji1152]

Splendid. Now where do I get this device. Really nice. Thanks for the share.💯

[@billhuman448]

micro hydroelectric turbines in amazon

[@ranjanbanerji1152]

Thanks a lot buddy.💐

[@LatinDanceVideos]

Anyone have a link and some test results? I've seen reviews on some with appalling power outputs.

[@6969smurfy]

@@LatinDanceVideos well if you think your going to power a house than fools with there money are soon parted...

[@totok9671]

Saya sudah coba turbin mini ini berturut-turut nonstop 24jam. Tidak sampai 2 bulan bocor bagian dalamnya. Akhirnya rusak deh. Harga di pasaran 80rb++ sampai seratus ribu hanya menghasilkan

[@financedelight6368]

great , keep it up

[@kimseymour8896]

Wow that cool

[@MoonFlux]

While that is a great idea, and you got tons of views from it. the Voltmeter is not matching up with the amount of power needed to run all this stuff you are showing...

[@jackhandy4406]

Show us please I’m not smart enough to know!! Please the devices are only a couple of bucks and I’m sure you’ll get a ton of views!!! Plus I’ll subscribe to ur channel. Thank you

[@edwardk3]

Learn ohms law.

[@jackhandy4406]

@@edwardk3 thankyou so much

[@edwardk3]

​@@jackhandy4406 also, derived from ohms is power=current x voltage

[@AZAYt-lm1ny]

Real free energy👍👍👍👍

[@bojaiden5175]

Add another pipe to the end of the alternator then add another alternator.

[@grande6075]

I think you got a very good idea the power can be multipied several times over

[@fishhuntadventure]

Each device uses up the water power; two in series may not make more than one does, depending

[@corgraveland4874]

Awesome start! What is next? 👍 on 💧&⚡🔌💡👨‍🔧

[@Drxxx]

try to connect in seriers??

[@davidsimpson2304]

potential for different outputs make it not a good choice to attach more than one to a battery ; to many on one hose won't work.... For long ...because of destructive back pressure

[@mocknsiah3579]

Well done Please if you connect to the inverter it will work 12 dc to 220v ac