The idea of turning a 220/240 V AC electric motor into a generator by adding magnets into the rotor is old and depending on how well and precise the r work is done the results may be pretty good. Driving the new generator with an electric motor powered from elsewhere, for demonstration purposes is also old and practical. With the right amount of power applied to the shaft of the generator, it could probably generate 220VAC. BUT, to suggest that the generator can generate 220V at 4000W (4KW) is MAD :that would mean 18.18 Amps going through those wires in the motor and they would probably start melting at 5 Amps , not to mention 10 Amps It is also MAD to suggest that the 9V battery can drive the electric motor hard enough for it to generate any significant amount of power. To generate enough power to drive some 5W LED light bulbs is reasonable and to generate enough power to get the filaments in the bigger bulbs start glowing is also barely possible. (More so if the motor were wired to a more powerful battery) But none of that means FREE energy. The battery costs money. If rechargeable, charging it costs money Even if you could use the battery-powered motor to drive the generator to 50 W, which I really doubt, that would still not be free energy: It would be the energy in the battery converted into mechanical energy by the electric motor and then the mechanical energy from the electric motor converted back into electricity by the new generator. But NO GENERATOR can generate electricity without having some other sort of energy fed into it and that other energy is not free as such A WIND Turbine generator is the closest , as the wind is actually free but even then the generator uses the mechanical energy captured from the wind to generate electrical energy AND I could not see the point of moving the plug from one socket to another ... it made no difference, really as they are all connected in parallel and they are all like each other . Plugging three bulbs , one per each socket would most probably have stopped the motor from turning as the battery could not drive the motor hard enough for that, not even for a few seconds. But the creator knew that and did not use three bulbs . SO, yes, torn a fan into a generator... yes, High power generator???.... it depends what one calls High power . Maybe 220V at 50 Watt, or 100 Watt, might be possible but not 500 Watt, not 1000 Watt and not 4000 Watt. And none of that energy is free
Huh, the simple law of physics would tell you that you cannot convert the power of the battery, and receive more energy from the generator than the battery is putting out to run the motor. If it were possible, we'd all have had one years ago,
@@precisionguesswork5394 you’re obviously foolish enough to comment on other peoples posts rather than have something better /productive to do with your false bs confidence bs
@@AmericanRustWorker3369 Well obviously whatever I comment will not succeed in helping you pull your head out of your ass, therefore your destiny is assured.
The concept is there. This is very efficient if there's a river near in your place or having a strong wind current. The battery is just the replacement of free energy around us that let the magnets inside the coiled wire keep on spinning. The way he positioned the small magnets is very clever. thumbs up! 👍
I just did this today with an old pedestal upright fan. Fitted 4 mags as shown. I tested the unit on a multimeter and I got the following results using a drill on fast speed to drive the spindle. 44 v AC 00 v DC 2 Amps. 88 watts.
I'm thinking, what if i put a flywheel in it and use some motor connet to power routput of motor fan that should be keep spinning the flywheel correct me if im wrong.
Good project! Nice one, but some comments say's fake.. well to prove them it's working lift the board or make a board with legs to show them there's no hidden wire.. one more thing I think it's only 10 - 40W? Still nice work! Congrats!
No. Not even remotely close. 220V maybe at the very edge of possibility. Think about it; As far as we know, nothing in life is more than 100% efficient. The chances of anything being actually 100% efficient is virtually zero. That leaves everything else, ie less than 100% efficient. 1KW is about 1.36 hp. Do the math. Now think about how powerful your petrol lawn mower is. Now think about an equivalent electric mower. Still think you could run it on a 9V battery?
Great build ! I think that if you : 1 - connect the additionnal yellow wire with a diode and cap 2 - swap the led low power bulb for a 500w halogen 3 - disconnect the middle socket and only use the outer ones 4 - use a coin cell instead of the 9v battery you should easily crank up this contraption to a blazing 10kW ;) Have fun and don't touch live wires with bare hands !
Generar, no es ningún problema pero, si se instalará unas aspas/elice, sería formidable generador para dos o tres lámparas Felicidades. Gracias por compartir
Muito bom, mas acho que um Power Bank ao invés da bateria 9v seria melhor!!! Cortava um cabo usb e soldava como fez com a bateria 9v, e ainda usaria uma das tomadas para carregar o Power Bank, gerando assim um looping ...Parabéns o projeto ficou Perfeito!!
The battery only serves to operate the smaller motor to turn the shaft of the fan motor, in reality one could use the hands or even feet to create a trickle charge in the case of emergency. Tbh there's no such thing as free energy, it is all generated in some fashion by another source
@@boykulukoy8636 no no battery no power simple as that not free battery 99P from asda the law of nature states you can not get something for nothing mmmm if you go up a hill you have to go down one simple as that mmmmmmmmmmmmmm free energy is not free
Exactly- the ingenuity is hiding the real source of power in a clever video- and this hack has pulled 3 mil views?! I could not believe so many idiots out there who think "free energy" is possible.
Why didn't you check the output voltage? If the output voltage is too high, the bulb will break. And how did you get 4,000 watts? I think it's only 100 watts.
How about change the way we think, we can all create things and turn it into something useable. 🌏🌎🌍🥳🖖, I'm trying to figure out how to make a rock tumbler to save money, I appreciate making goodies.
it doesnt matter which polarity the magnets are, as long as the battery that powers the fan is connected correctly then you will have free enery as long as you keep getting your batteries for free.
Yep you’re right, im literally doing this project right now almost forgot that but saw your comment first and gave me the “ oh yea duhh” moment so thanks
@@muhddhiyaurrahimmohdyusoff8866 yea..not good..not as I would have hoped for..I followed everything as it was in the video..had to be the same motor if not extremely close(motor came out of a oscillating room fan the one that has a telescoping pole) I use 8 magnets as he did basically the same size..🤔 uhh I used a cordless drill spin the rotor since my 9v motor out of a mini weed-wacker was way smaller then I thought b4 I started this project..so mite not have been rotated as fast but should have been enough to produce similar results..but ended up with about 2.7V grrrrr I fkn new it was to good to be true..I’m gunna go back and recheck everything before end up making an ass out of myself but after I’m done rechecking everything and and it’s still a hunk of poo poo 💩 and not a generator..I calling this mother fucker out and getting his channel dropped like Jake Paul when he fights a real boxer
Hello It's clear about all your videos. But I'm interested in getting a stable and extra clean power which is acceptable for any home appliance. From motors or magnets. Please shoot such an interesting video about which is Clean Power. If of course you can do it.
when i built this to this guys design, it failed with extreme vengence. After i built it and installed it on the roof, the first gust of wind spun the fan and almost instantly seized up. Im now thinking the honey that holds the neodynium magnets in the holes was not viscous enough.
There is no way that those windings can handle 4000 W. The magnets are too small for that kind of power too. Then you use a puny 9v dc motor to drive a generator? No way!!!
El principio es totalmente válido, pero con suerte podrías obtener 40w dependiendo de la potencia del motor que lo impulsa y sobretodo de la potencia que tenía el ventilador...
