Added: 5 years ago
From: mehmetogluenergy
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  • My god, oil the bearings!

  • TOOOO NOISY

  • cans

  • please fix the link in the descryption.

    I would like to kown what it is

    besides 3 rumbling rotating cans

  • @unamaxify The cans are rotating which creates lift and therefore they act just like a regular wind turbine with its wing like blades.

  • @wellcross100

    thank you for telling.

    __

    do those use the Magnus effect ?

  • @wellcross100 a regular wind turbine is effecient and USEFULL

    a rotating can does not match the airlfow, whch is DIFFERENT across the entire lenght of the 'blade'

    that is why real wind turbines have increaseing twist on their blades.

  • luck that its not loud :-)

  • AntyNWO.pl

  • so thats where one of my bins went!!!!

  • Sorry, it was interesting but pretty uninformative.

  • It's a paint mixer!!

  • What? What did you say???? Ahhh, got it... you want your hearing aid? Ooops, I think I dropped it in one of those cans...Sorry!!!!

  • What you got there 3 50 gallon titanium drums filled with earth magnets and a solid copper pedistol wow that's got to be cheap.

  • Wind power is the safest in all of the renewable energy resources that we can found today. It is clean and pure. There's nothing that was added to it and it does not contaminate anything that is hazardous to our health. This is a positive way to generate our own electricity without any side effects because of purity plus the bonus fact that we are enjoying using this for free.

  • Look mom, no blades!

  • haahahaa ..... lottery balls .... .hahaahahaaha

  • that is a wind turbine and martini shaker!!

  • magnus effect here, three Flettner rotors configured to drive the horizontal axis. search "flettner" here on you tube. You will see a number of these on boats/ships.

    You might also want to google Flettner rotors.

  • This uses Flettner rotors. They require a small amount of power to make each rotor rotate. Once they are rotating they act like sails, providing more output power than what was out in.

    Flettner rotor have been used in a number of configurations. for example, In the 1930's (if I remember correctly) they put 3 or 4 on a cargo ship (about 60 feet high) and saved about 30% + in fuel in a transatlantic crossing. Check it out

  • This takes the common way of thinking and jams a stick in its ***... Seriously I have no idea how that is actually spinning and why it reminds me of that "free energy" thing from mythbusters...

  • looks more like a mixer...

  • This is not real and will never work

  • the biggest scam iv seen in my life !!!!

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  • how does it work if the blades are cylinders?

  • They complain about regular windmills around here.. that noise would definitely preclude its use in my state

  • What about the gyroscopic effect of the spinning cylinders? Does that not make it hard for the turbine to spin?

  • is it going to blow_

  • Worlds biggest paint can shaker!

  • How many moving parts? Sounded like it was rattling apart.

  • What is this, Nazi Germany?

  • have no idea what that was about... in fact... no... its shit.

    thankyou.

  • thats the Magnus effect i want to do that

  • I return my kegs.

  • dude what the hell is that noise???

  • @TheRealDj2quick Probably the electric motor used to spin it.

  • @eggaweb you mean to initially spin it up?

    since this cant start with wind alone i guess that could be possible,

    but it seems like that would stop after a bit.

  • what is that noise? is it broken?

  • one star is less than zero in youtube

  • try putting load on it it will not turn.

  • Where do the lottery balls come out?

  • @OghamTheBold lottery balls?... I thought they were making margaritas...lol

  • ¬¬

  • Comment removed

  • wtf is dat?

  • I love this video for all of the great information it contains! The narration gives such rich details about the device and it's capabilities. Thanks for posting all the costs and power output as well. Please post more videos just like this one. Youtube can never have enough of these amazing videos. (zero stars)

  • from what I can make out, the wind makes the spinning cylinders produce lift through the magnus effect. and the turbine is in turn geared to spin the cylinders.

    This may be more efficient than traditional wind turbines but if the turbine stops spinning, energy will have to be put into the turbine to start it again.

  • Sorry, i should have said the lift (force) provided by the cylinders spins the turbine

  • cool, like an inside out tesla turbine...neat.

  • But, won't the gyroscopic effect from the cylinders draw a lot of energy?

  • i dont think its wind power , maybe some more rubber balls

  • nah, this wont go on, no aerodynamics.

  • It's the Magnus effect. Look at wikipedia or something. Works. But, yes it look quite weird.

  • ikd about this, it looks like it needs an insane amount of wind to get this thing goin

  • it seems very noisy...how efficient is it?

  • suena a latas de frijol!

  • Use a funnel to catch air, turning into the air. To catch the air like a sail. A tube consisting of mutilpe turbines. Large and Mirco size.

    If a fan was placed infront of the funnel also, it would power the turbines and those turbines would power the fan. after those turbine "extra power".... on a small scale.

  • YES YES YES YES

  • lol

  • Is this a Malted Milk Machine? I'll have a Vanilla Malt please

  • you should get pvc pipe blades!

  • don't think it would work unless it was metal, the coefficient of friction needs to be taken into account when using this sort of turbine...as a tesla pump / turbine is also affected by the surface friction characteristics of it's blades. Ummm glass might do better but the vibrations would shatter it quickly, metal seems best compromise.

  • it looks like something from monty python.

  • It is using the same principle as a curve ball. Spinning causes high and low pressures. The ball is attracted to the low pressure and then curves.. The spinning wind turbine is attracted to the low pressure and "curves" or is pulled is a specific direction. Large, spinning cylinders have been used successfully on "sail" boats as a motive of power. They look weird, though.

  • hello? where you going to install something as loud as this??? it is possibly not even very efficient...

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  • Way too noisy!

  • Nice, quiet energy source, eh.

  • Ok, a Giant Fruit Mixer?

  • hm, magnus effect. gonna try it on a boat.

  • These guys are actually really tiny people and those cylinders are actually .22 caliber cartridges...FACT!

  • What a piece of poop.

  • In 2000mph winds that thing may have a chance of moving without aid of a motor.

  • clearly those people have no trouble standing there so i doubt wind speeds of 2000 mph are required.

  • Are you sure it'd turned on? I don't hear a thing!

  • VERY QUIET GUYS MAN I CAN BARELY HEAR THIS ONE. WHAT DID YOU SAY

    does have a very unusual shape though

  • doesnt seem too smart to me.

  • holy smoke, the nosies wind turbine I ever see.

  • mmmh... very quiet!!

  • kaleidoscope

  • what's that noise? Grinding the interior of the stucture?

  • try ball berrings. the germans love em! might do something for that noise prob.

  • At least it is quiet.

    Or are they near a train station?

  • I don't understand how that can spin like that with that type of tubular blades. there not blades. not sure how to describe it. Anyway, just seems odd to me and not as efficient.

  • Thats because the Tubes are turning around their own axes. Same as et ball games. If the ball rotates while flying through the air it will travel along a bow in the direction of rotation. This is caused by different air-frictions due to rotation.

  • Check out the explaination of the Magnue effect on wiki.

  • I think you mean magnuS effect

  • I was thinking the same thing, doesn't seem efficient and should be spinning in both directions. I think the noise is the motor spinning it.

  • this is ideal solution for everyone living next to a trainline or subway - they are already deaf.

  • That looks like Gigantic tin campbell soup cans or shell casings.

  • The Coanda effect applied to a rotating cylinder ... yes it does generate lift ... I'm no aerospace engineer ... but if it was THAT GOOD at generating lift ... wouldn't airplane wings be spinning round tubes? ... just a question?

  • They actually have a man who built a model airplane using this theory. The only problem in scaling it up is that if your engine cuts out, you have no lift and can't glide in.

  • looks like a perpetual wheel

  • I do not understand how this works. Could someone explain what is going on.

  • amazing..4ft long 2ft diameter cans spinning rapidly with ....NO WIND force..if u look closely at the men their loose jackets arnt even moving.SCAM!

  • You say it is 30% more effective than normal wind turbines... could you do me a favor and google for "Betz limit" or "Betz optimum" and "Blade Element/ Momentum method". You will find that there is consensu that getting 30% more efficiency will get you higher than the theoretical maximum. I am sorry to inform you that part of the wind will be bent around your turbine instead of going through the rotor.

  • This wouldn't be the first time that a theoretical limit based on the capabilities of available designs is "broken" (i.e. proven wrong) by the arrival of devices based on a different design principle.

    Also, "30% more efficient" means that if a regular turbine is 40% efficient, this thing is 52% effient, well under the Betz limit which may or may not be a limit at all.

  • Get your facts together.

    1. The new enercon blades have 56% aerodynamic efficiency if you multiply that with 1.3, you get 72%, which is way more than the Betz limit of 59.26%

    2. The Betz limit is not based on a turbine, but on the wind, going throug an arbitrary disk. Now unless you come up with some anti-gravity negative mass thingy, you will not outsmart the air.

    3. It's the internet, so of course we all must say it's a big conspiracy of the windturbine corporations.

  • cheaphardwarez

    How is this wind powered? Looks like 3 cylinders - i have seen large single vertical cylinders that spun power ocean going boats, it works this guy is trying to put 3 on a rotating axis never seen that before

  • i have seen this type of blade on sailing ships it works

  • I really coan't see how this thing would ever work , considering I can take a 12vdc alternater and put props on it and put out 10 times the power. for about 500 dollars. It really has no use what so ever , but stranger things have happened

  • first of all the NAY SAYER failed to take into account the fluid dynamics of air and the fact that wind speeds in excess of a certain amount attribute what is known as an "EDDY" current known well by shipping and kayaks this backwards current mostly has a negative effect but under proper conditions may have a positive effect aiding in the rotation of the mill in the desired direction

  • That would'nt keep you awake at night would it.

  • They sound like 3 cans filled with rocks, and as each one turns over, the rocks shift weight and move the turbine, sort of like a perpetual motion thing,....

  • How is this wind powered? Looks like 3 cylinders

  • AArgh, f**king idiot. 9m/s --> means 20mph which is, in this case 4.5m2 x 100W/m2 = 450W. This is a max power you can take from wind. Also have to consider the fact that theoretical maximum output power from wind is 59%, refered to the Betz-law. That means, 59% from 450W is 265.5W. Which is less than a half from 550 watts !!, so how the hell you "calculated" 550 Watts?

  • Thats bulls*it!!

    Explain me this: awea,org\Graphics_Library\imag­es\ image_19.jpg

    Wind has energy of at that 9m/s speed approx. 50W/m2, your turbine has 4.5m2 area, so this would produce 4,5x50W= 225W and that is if the efficiency of that propeller is 100%, nothing is for that matter.

    So dont try to lie to us, you own us an explanation.

  • very loud :(

  • We are constructing two lighter and more quiet versions. You can see these on "WIND ENERGY NSM 21 (PROTOTYPE 1)" and "WIND ENERGY NSM 21 (PROTOTYPE 2)"

  • yeah... i will take that over very dirty, environment destroying fossil fuels.

  • that's one hell of frankenturbine! interesting.

    my question is will gyroscopic forces affect the performance?

  • This wind energy turbine is working noisy, isn't it? Do you have any idea to solve this problem? The source of this sound can be gears.

  • This is just a prototype to see it's functional qualities. We are now building a new version which is much lighter and which is much more quiet.

  • How many Kwh does this machine generate?

  • In a 1,2 m radius and wind conditions of 9 m/sec., the turbine generates 550 W energy.

  • Interesting. How many rpm at 9 m/s? Do you have a global patent?

  • The rotors are turning through the Magnus-Effect.

    We also mentioned this in our patent application.

    Jaques Cousteau used cylinders which rotated in their own axis. In this case the rotation axis was constant.

    This caused a pushing force in just only one direction.

    Our Project consists cylinders which axis direction is variable but are fixed in one point.

    The pushing force, which is based on the Magnus-Effect, allows that the axis rotation of the cylinders happens in a constant circle.

  • The rotors work using a principle called the magnus effect. Do a google or wikipedia search for flettner and magnus and you will see huge sailboats that used these rotors. Jacques Cousteau build a research vessel that used these rotors for propulsion.

  • The rotors are turning through the Magnus-Effect.

    We also mentioned this in pur patent application.

    Jaques Cousteau used cylinders which rotated in their own axis. In this case the rotation axis was constant.

    This caused a pushing force in just only one direction.

    Our Project consists cylinders which axis direction is variable but are fixed in one point.

    The pushing force, which is based on the Magnus-Effect, allows that the axis rotation of the cylinders happens in a constant circle.

  • This is just a prototype to see if it works. This version is successfull. We are now building a lighter second version, which will be much more silent. You can watch the new type on YouTube in appr. 1-2 months.

  • The cans probably have golf ball dimples on them and the turning of the cans cause the wind to go around one side more than the other, and that causes the blades to turn in the direction of lower air pressure.

  • By giving a little bit energy to start it, the cans are then rotating in their own axis. When the wind starts blowing, the cans are beginning to rotate much faster and giving more than 30 % energy.

  • Do the drums rotate as the machine goes around? That may be the sound we are hearing. I bet that rocking thing is a ratchet that is spinning the cans as they turn.

  • It's a new kind of wind energy turbine with a 30 % increased energy output compared to other wind energy turbines

  • Two or more cylinders are rotating in their own axis, by giving inferior quantity of energy

  • How the hell are cans acting better than blades. Wind just flys past it, it shouldnt move at all.

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