DIY 10KW SMALL HYDRO ELECTRIC GENERATING UNIT.

contact : 09256369933
buy small generator: amzn.to/3ObjoXq

[@motorman9249]

24V GENERATOR amzn.to/3GbM7sr

[@user-pb8ep1uv3c]

Why didn't show the operation mechanism for the audience.

[@mulletover3832]

I can't believe that motor is strong enough to power that whole river!

[@dangerousdoggo5465]

Hands down top comment

[@HyperionGamingTOPKEK]

The fact that this is made out of car parts is fantastic. You're gonna be an MVP when SHTF

[@user-xr3xy3tf1s]

Где там автомольные запчасти ?

[@anonymousperson8259]

Exactly my question. Is it all from car parts or is the turbine in the water something they welded. I can't weld.

[@bmw328igearhead]

​@@user-xr3xy3tf1sI do not speak Russian. Первичный входной редуктор - автомобильные задние дифференциалы, работающие в обратном направлении. Приводные валы - автомобильные. Шкивы и ремни относятся к тяжелым грузовикам.

[@bmw328igearhead]

​@anonymousperson8259 The primary step up gearbox is an automotive differential running in reverse. most of the input shafts are automotive driveshafts. belts and pulleys could easily come from commercial trucks.

[@bmw328igearhead]

​@@user-xr3xy3tf1s Sorry if this shows up twice. Первичный входной редуктор - автомобильные задние дифференциалы, работающие в обратном направлении. Приводные валы - автомобильные. Шкивы и ремни относятся к тяжелым грузовикам.

[@NotoriousPyro]

Impressive. I've seen lots of over the top ones but not ones like this and this design seems much simpler, less splashing and more optimal.

[@gregoriopasolento8390]

amazing setup. Scary as hell to be in there while it is working

[@petersipp5247]

Whoever made this is one sharp cookie.

[@greysquare9327]

It pre-slices and dices all fish for the local raccoons :). That being said, I wish I had running water near me like that - lots of cool things could be done. But alas, in Canada, Ive been told were not allowed to do that.

[@LawAbidingCitizen117]

Put the whole system in a shed, with underground piping. Nobody will know.

[@nathanieljames7462]

Just say sorry like the rest of us, eh?

[@matthewgibbs6886]

that means do it

[@mrc7478]

Seek forgiveness, not permission!

[@RealPlatoishere]

Thats cruel can't u use net or something like that

[@Ajaypandey75094]

No matter how much rpm is this. First you should convert this electric current to pure dc current using bridge rectifier and capacitor filters then convert it into pire sine wave ac current using inverter. This circuit saves your electronic during frequency difference during change in rpm. Bcz you cant completely control your current frequency directly from generator. You should use inverter for constant frequency.

[@rscott2247]

Time for me to become educated in this kind of electricity !

[@rajatdani619]

He must have used an inverter...Because Without it He can't manage the Electricity directly from the generator.

[@reypolice5231]

You want to rectify from AC to DC if this is in fact an AC generator. Okay that's a 30% loss right there. Then after you do what you're doing you want to convert it back to proper sine wave AC, and that's another 30% loss. So at that point your output is only 40%. I'm not disagreeing with you that it would have to be a clean sign wave. But you think he would just be running this to batteries? I honestly can't tell this is a d series see generator.

[@Ajaypandey75094]

@@reypolice5231 no bro battery is not needed bcz we convert 240 volte fluctuating frequency ac current generated from this generater directly into high voltage dc and filter it using capacitor and inducters and stablize the dc voltage then directly convert the pure high voltage dc into 240 volte 50-60hz pure sine wave ac current. It is generally used in solar series connection where we directly convert high voltage dc into pure ac current and it is a transformer less supply.

[@Ajaypandey75094]

@@reypolice5231 the conversion loss is very low (i dont know how much but without transformers the loss is negligible).

[@eddiek2497]

It’s impressive to see how long hydroelectric generators can last. That hardware looks around 20 years old imo.

[@citywidetoolguysrus8403]

Sweet setup, incredible flow rate guess it would take 20 to 30 hp to pump / move that much water by reversing the process, well done great production

[@PatrickBaptist]

Smart feller, I wish what Im dreaming up would be half that nice.

[@ahmetmutlu348]

Using transmission shaft is good idea for making it more efficient and durable.

[@portnuefflyer]

I like the lack of sub titles, for most of us it's obvious how he rigged it, very cool. I myself have 1/4 mile of 3" piping with 147' of vertical fall going to a Harris Hydro pelton wheel, that puts out 846 watts into the grid, and has for 17 years now.

[@waitemc]

Smi trailer axle stub and their hubs at a great mount . Considering their oil bath bearings and hubs can be used to mount solid to an anchor position or bolted directly to the wheel ect.

[@SuperMechanic]

Amazing work very nice 👌

[@henerallina965]

Amazing gear box design

[@LiveLibAR]

True, native, configured for life! Not an error for all around! Just happy for you!)))

[@reznorfan25]

Well done! While it's crude, it works.

[@portnuefflyer]

Yes, "Crude, but primitive" is one of my favorite sayings.

[@TheTanman412]

10kW?! That’d give you 36miles of range per hour in an EV. Truly using water as a fuel source, indirectly. This is Badass.

[@MF175mp]

Even more indirectly it's solar power, as the heat of the sun did the work of lifting the water up to then rain down, as is bioenergy (plants grow using solar power basically)

[@MF175mp]

@@Gg1118dieo Luckily the reactor is far enough away that we don't die of radiation

[@juangomezfuentes8825]

10KW is the power that delivers, not the energy. I think that you mean 10 KW hour.

[@AlexanderGee]

@@MF175mp *we don't _all_ die of radiation

[@MF175mp]

​@@AlexanderGee there was a removed comment, it said that it's nuclear power because the sun works by nuclear reactions

[@JoseLuis-ob8bn]

SALUDOS DESDE ARGENTINA BAHIA BLANCA 👍👍👍👍👍👍👍👍

[@aussiefarmer8741]

I can just see the weekend Kayaker coming around the bend and heading for the giant cheese grater. OH Shit!

[@wayne975]

Diced meat

[@tobilos_gaming]

wow very cool generator

[@ridhobaihaqi144]

Wow, 10 kW ?? It's awsome for a small scale like that.

[@juangomezfuentes8825]

Power for 3 houses more or less.

[@solyanikalexander]

10 kW is nominal for the alternator. BUT such small waterwheel cannot produce 10 kW after you connect the electric load (consumer). Mechanical resistance of the alternator will stop the wheel and block the water channel 🙄

[@Tinker_Nerd]

I've been looking for a good DIY solution for hydroelectric power, I think I may try something based off of this

[@motorman9249]

Good luck

[@jimthomas777]

@@motorman9249 , what is rpm from one revolution of the water wheel to final drive ratio of spinning Generator shaft ?

[@Phil-D83]

Aweosme side projects

[@bikinglikebecker]

Having the water poured onto the top of the waterwheel is even more effective......

[@manjinderguru2550]

Very nice project

[@aurangzebdurrani4051]

This gear box seems excellent. Considering the meager flow & gradient of the sluice. If you notice, the axle is not rotating that fast, but post the gear box, it is, & fair sized dynamo. Can I get info on this plz. Thanx

[@bmw328igearhead]

Big pulley to small pulley increases speed. Water wheel to first gearbox is likely 1:4 step up, big pulley looks like maybe 1:4 again, same again on the next pulley set. So 60-90rpm becomes 60x4=240 240×4=960 960x4=3840rpm for 60rpm input 5760rpm for 90rpm input Rough numbers based on eyeball guessing the video. Not my machine, just trying to help you understand.

[@831Arne]

Well done 👍

[@tctdccstd839]

Mình thích cái này không biết bao hiowf có tiền làm 1 bộ

[@Ithzzz]

That is so cool !!! id love to play around with a micro hydro system at some point but there is zero chance this is generating 10kw.

[@bmw328igearhead]

Ha... sure it could, 10kw/h from that flow of water and the speed of the wheel without question.

[@newbieberkarya6442]

Nice ratio gear

[@sebi089]

awesome that cables must handle 500 Amps!

[@94nolo]

Beautiful.

[@kurtremislettmyr7108]

I love this

[@pinoyyoutubekomiks7813]

Wow lots of water supply fits for my HHG machine.

[@GuruTani75]

Good Inspiration

[@BritishEngineer]

Love it

[@kevinmithnick9993]

Would be fair if you make a load test

[@CyberbrainPC]

Another settlement needs your help!

[@fredericmartin8758]

Avec la pente que vous avez, il y a moyen de faire un bief avec des murs plus haut et une chute au travers de votre turbine banki qui produira beaucoup beaucoup plus d'énergie.

[@Nunux17]

Bonjour, avez vous des connaissances en hydroélectricité ?

[@fredericmartin8758]

@@Nunux17 quelques notions. J'ai une centrale hydroélectrique de 70kw

[@Nunux17]

@@fredericmartin8758 je souhaite réhabiliter le moulin de mon grand père. Selon mes estimations il s'agirait d'installer une centrale de 20kW. Combien de temps cela vous a t'il prit d'avoir l'autorisation DDT et comment avez vous pu estimer le débit précisément sur votre cours d'eau ?

[@fredericmartin8758]

En réalité, si vous êtes fondé en titre, on ne peut pas vous empêcher d'utiliser la force motrice de l'eau. Par contre il peuvent nous obliger à faire des aménagements pour les poissons et la continuité écologique.

[@Nunux17]

@@fredericmartin8758 il y a une cascade d'environ 7m juste après le seuil que je devrais construire... ce serait aberrant. La DDT m'a demandé de prouver l'existence du moulin hormis sa présence sur carte Cassini (le nom n'y figure pas) et mention du droit d'eau sur l'acte notarié... ils me demandent de me tourner vers les archives departementales.

[@forbesmathews89]

Love it ! Is it still running ?

[@yurrizaid6361]

I may try using your style longer shaft to the safe zone from water splash.

[@ahmedabdulrahman1447]

excellent

[@angelgamerqr6031]

el señor este se sabe todo el create

[@wutntarnation]

I have 600 feet of creek front with a creek three times this size. I've got a drop in unit ready if a shtf scenario happens.

[@LawAbidingCitizen117]

Better hurry, WW3 is gonna start soon.

[@wutntarnation]

@@LawAbidingCitizen117 Ready as I'll ever be.

[@jinsonsebastian6116]

Can you make a detaild vedio about this model. Specialy the gear box and alternator. That may help us a lot.

[@786otto]

Nice

[@Fester_]

Groovy.

[@sergiofaleiroalves603]

Parabéns

[@fabianoalbernaz4947]

The best

[@RightOne1]

How about a 30° slope to get that into turbo mode !

[@alphaphichufafionse3005]

Wow from low speed to highspeed whats the calculation? On using those wheels? How many rpm is this?

[@power9920]

10kw is the nameplate of the alternator, not the power of the system, it is mathematically impossible, they output a maximum of 2kw

[@solyanikalexander]

Absolutely true! I guess this system can carry only 0.5...1 kW. Even 2 is not possible 😂

[@RBFR01]

that wheel design could be hugely improved

[@ionolaru7441]

cum ?

[@motorman9249]

Please share your thoughts 😁

[@rogivansantos]

O roda tem muitas pás, está criando um obstáculo na água, o rendimento poderia ser muito melhor

[@firenado4295]

damn is that the turbine from an industrial air blower?

[@motorman9249]

Yupp

[@rgf918]

@@motorman9249 good .you apply generally available materials

[@nilnailscrew4784]

i dont see how this could possibly make 10kw of power assuming the stream is a metre wide and 10cm deep, and the water is flowing at 3m/s then theres only 300kg of water moving through the wheel in a second, meaning that (0.5mv^2) theres only 1350 joules of energy passing through the wheel in a second. Unless the water is deeper or moving faster than I thought the generator should make 1.35kw at best assuming its maximally efficient

[@okin8949]

Is there any information about the generator? A measurement of the power output and the flow rate would help...10kW seem a little bit enthusiastic to me. I admit, i like the setup but i'm nore familiar with vortex setups at this scale.

[@Pavlentino]

Есть большие сомнения насчет 10 кВт. Может 1-2 кВт?

[@Teknopottu]

More likely

[@power9920]

Right

[@user-pavel.v]

2 кВт максимум

[@triedzidono]

OMG FISH MURDERER! only joking, Great machine!

[@amirbadshah755]

👍گوڈ 🙋‍♀️🇵🇰🌷

[@Valeronchik82]

👍👍👍👍👍👍👍👍👍

[@albertlopez6620]

Si esto da un cv de potencia ya puedes arar sin diesel el la india existen muchos al lado de los campos un cable y te ahorras el diesel !! Seguro que más

[@user-xh9bh9zx8t]

На моей странице тоже такой есть

[@8180634]

Is that rectified to DC at some point, or is that actually a DC generator? If not, how do you control the frequency since the generator speed seems dependent on the combination of water flow and load? Cool setup.

[@Ingineru.24]

I think a bridge rectifier somewhere and some capacitors won't care about the frequency

[@nirodper]

an electronic load controller can maintain the frequency constant

[@zackperry1594]

👍👍😀

[@AbdullahKhan-di8ox]

Only a flywheel needed rest is good

[@user-pm3tu1qk8h]

Там на ремнях 90 % падает , максимум 2 квт поверю

[@SkiVail]

Very cool, but very much doubt the 10KW claim. A 10KW load would put a massive amount of resistance on that water wheel. I don’t think it would continue to spin.

[@I_love_electricity]

When you get fed up with the electric company.

[@lalremruata7209]

As 10Kw is 13.41022 Horse power, I'm afraid that your cross flow water turbine can't generate 10Kw.

[@jimthomas777]

At the 20 second mark , there is a drive shaft running from the Water Wheel to a car rear end differential , So speed is increased by about 4 to 1 , Then this 4 times speed is sent through what looks like 3 Jack shafts that again have larger size pulleys that increase speed through each Jack shaft , So by the time it one single turn of the Water Wheel is transferred into about 30 turns of the generator and speed is now producing the 10KW of output , Because the faster a generator runs , the more power it produces , it doesn't need a certain amount of HP , Just speed , Mine makes barely enough power to light a light bulb at 500rpm , but at 3600rpm the lights are so bright that it will actually blow light bulbs out , It makes 1200 to 1800 watts depending on speed , It's a 12SI General Motors Alternator with 14 neodymium magnets turned into a P.M.A.

[@paintballthieupwns]

@@jimthomas777 - One problem is the torque demand of 10KW - i doubt that will produce the torque required to maintain the RPM

[@jimthomas777]

@@paintballthieupwns , That Water Wheel is 3 feet across and Water has 10 times the Force of Wind , 6 inches of fast moving water can knock a man down , Two feet of fast moving water can move a Car , This Water Wheel has plenty of torque , And that Torque is Multiplied by speed by a rear differential and Jack shafts , I would say that it is 10KW , My little one is 1200 to 1800 watts depending on how fast it spins , I have taken it to 3600rpm but it is capable of 8000+RPM , I just haven't seen anything yet that could spin it that fast , I have however gotten a 8hp gas engine with a huge pulley that can , I just haven't hooked it up yet . I am building a V.A.W.T. and and Water Wheel similar to this one

[@paintballthieupwns]

@@jimthomas777 - you have the understanding of torque backwards. As the rpm is increased the torque is reduced. And your knock down analogy is involving the reduction in grip as fast moving water gets between the shoe or tire and the ground. There is not actually a great deal of force there. There is clearly some power to be made but its not 10 kw

[@jimthomas777]

@@paintballthieupwns , NO , I don't have my understanding of Torque backwards , I understand completely how Torque works , I didn't say anything about Torque increasing or decreasing as speed increases , YOU DID ! I simply said that the speed was increased by the rear differential and Jack Shafts , Which it is ! My P.M.A. has only 2 foot pounds of Torque needed to spin it , this is as it is making power under load , So as the speed increases the Torque doesn't increase and the Torque doesn't decrease , it stays the same , But the faster it spins , the more power it produces , I can spin my P.M.A. with my hand very easily , Now like I said before , Water has more force than Wind and this guy has 3 foot blades that are getting pushed with a tremendous amount of Force that translates into Torque , this Torque is then transferred into speed which spins the generator faster which produces more power , Mine is 1/4 the size of his and mine makes 2KW at its Maximum so I am sure his is in the 10KW range just as he says it is , But why doesn't your Dumb@$$ argue with him instead of me , And tell him exactly how much his generator really produces since you seem to know what it produces without actually being there , You seem to be an expert on what things do and don't do , How do you know that this guy's generator isn't Modified to produce more power , From the looks of his build , He seems to know what he is doing , He Fabricated a car Rear end differential with drive shafts and Jack Shafts and big pulleys running Little pulleys , So , there genius MacAdam , Tell us all about your build and exactly how much your generator produces , And don't forget to leave out all the details of Wind Turbine and or Water Wheel Torque and speed of either with Watts and final RPM range

[@radosawkaczmarek1687]

to koło ci rzeka zabierze - dlaczego dajesz koło nadsiębierne w miejsce koła podsiębiernego? zobacz jaka fala jest przed kołem - przyjedź do mnie do Polski to ci pokarze prawidłowy układ i wzór koła wodnego - z tego strumienia powinno być 250 kw /h

[@fireandrevivalinmyheart6365]

Can this be generate with in 24/7 everyday with out interrupt or over heat of bearing.. thanks 😊

[@WoodmanFFM]

This does not seem to be enough flowrate for 10kW by a long shot.

[@zahg53053]

🌷💛

[@anonymousperson8259]

This is my question: Is it all made from car parts or is the turbine in the water something they welded? I can't weld.

[@TokyoNightGirl-fk4cn]

💞Wow🧡💙💙🧡💙💙💙💙

[@guygillmore2970]

Nice! What flow rate and head do you need for 10kW?

[@rounshiabass7705]

A flow of 1 m^3 per second and 1m head gives you 10kW. If you factor in total efficiency of 50% you need 2m head for 10kW. P= Q×h×10'000

[@amazingproducts-sahilview3916]

@@rounshiabass7705 dear brother or sister can you please elaborate this to me more.

[@rounshiabass7705]

@@amazingproducts-sahilview3916 Brother please read my comment. It is all there. Nothing to elaborate. Peace

[@dougaltolan3017]

​@@rounshiabass7705this is a undershot wheel. Head is not relevant for the calculations. The calculation you need is the kinetic energy of the water before the wheel minus the kinetic energy after.

[@pinarellolimoncello]

@@rounshiabass7705 weird isn't it how some people refuse to use their own brain, they might as well say , can I just use a bit more of your brain, save me any effort whatsoever.

[@masterphillips]

Dang whats the GPM there to put out 10kw?

[@alimorty6900]

i am not sure it will keep turning if you connect 10kW load to the system. seems its unloaded... ?

[@andyfeimsternfei8408]

No way! Head in feet x flow I'm cubic feet per sec divided by 11.8 equals KW then deduct for efficiency loss which is huge in this rig. No way this has enough head or flow to produce 10 KW.

[@kjm-ch7jc]

No safety covers for belts.

[@hemantpatel3872]

What is the water flow required speed?

[@jkvision5269]

I want to start this system in my area please help me

[@alexsetyapranarka9191]

Add more 10kw.

[@barbos033]

10 киловатт ? откуда

[@SetoFPV]

And how to save the energy?

[@rimantasdanilevicius6754]

So how much such water genertor gerates power?

[@Larph13]

10Kw or not of this thing gives me like 800 watts of free power per hour I’ll take it.

[@--Valek--]

I'm jealous

[@abrahamakg9285]

How much is the cost of this beauty

[@azetv7384]

Step by step how to do that?

[@ostino1743]

Is this a create reference?

[@luoomamuui]

在哪裡買得到此發電機？

[@hanhnguyenngoc9615]

10 kw? I think only 1 kw.

[@kamdimetro30]

I from Indonesia Pak minta info itu pakai berapa jumlah puly dan ukurannya berapa inci supaya bisa menghasilkan putaran 220 v.

[@yudiantoyudhi9933]

Rata-rata dinamo genset membutuhkan konstan 1500 RPM untuk menghasilkan listrik 220 V, jika kecepatan aliran air 1 m/dtk (60 m/mnt) dan kincir dengan diameter 1 meter maka kecepatan putaran kincir adalah -> kll kincir = π x d -> 3,14 x 1 = 3,14 m dibulatkan jadi 3 m supaya lebih mudah -> 60 : 3 = 20 RPM -> Maka untuk mencapai putaran 1500 RPM diperlukan perbandingan gigi 1500:20 -> 75 : 1. Sepertinya di video ini kecepatan airnya lebih dari 1 m/dtk jadi mereka bisa pake rasio puli yang lebih kecil. Untuk daya listriknya bisa ditambah dengan memperbesar ukuran bilah kincir (bagian yang tercelup di air).

[@omarmhimd5887]

​@@yudiantoyudhi9933 how can i contact with you

[@MrGigi-dz9cv]

You need inverter.

[@Tube_MPG]

I am investigating hydroelectric models