Fuel Free Electromagnetic Generator 10 kW prototype

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Published 2018-01-28
The last prototype of an upcoming production model of INFINITY MG10™.

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Disclaimer:
The ammeter on the device displays incorrect information, since it was not set up correctly. Output voltage 220V, current 20A, power with load 4.5kW. Load on lamps 1.1 kW, fan 400 W, heater 2.5 kW

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All Comments (21)
  • @Euclidescunha
    I need somebody to come up with an invention to turn someone’s voice, into energy. My mother in law would be able to power a whole city, and anytime she slowed down, I’d just have to open another beer.
  • @milolouis
    This is just what I need to power the crashed UFO I have in my back yard. Thank you.
  • This is the best one yet, and this makes all the generators you can buy at harbor freight home Depot Lowe's obsolete, just like you have encased in this plastic you can in case the noise if there is until it improves later on. You guys got it. I'm just hoping you can sell this you can if the government doesn't stop you or someone buys you out and then no one would have it again for decades again.
  • @tjonesauto
    Smaller drum is an alternator, generating electricity. If I'm guessing correct the larger drum has a stator with angled magnets to create continuous spin. Most alternators need at least 500 rpm to generate, so to compensate for low RPM the magnets must be sizeable. There also has to be a rectifier to maintain electric flow in one direction only, and of course a voltage regulator to protect the circuits. It can be done, but I would've put a thermometer in front of that heater just to prove
  • Only a real Engineer, will show how this machine is made and the guts of it.
  • This just might be the energy source I've been looking for to power my anti-gravity drive.
  • @tubularguynine
    I saw a video of a generator some guy made, it was big and had a lot of magnets on the rotor, and a normal copper wire-wound field, and he used just a 9 V battery and a small motor to run it with. It was putting out 240 V AC and even had a circuit that recharged the 9 V battery.
  • @user-vh6zt7ty3b
    i made a prototype magnetic generator when 9 using cheap materials like carboard and cheap magnets . Spun around by itself and the next step was finding a small and cheap enough hand crank generator to create power that met the lower force requirements and had a very very low budget back then. The ideal came from playing with two magnets having them push and pull each other apart, the hope was getting one small light bulb to produce light and was playing hooky and reading way to much back then that was partly my parents fault for giving me caffeine late in the day. Trouble sleeping, skip and take a nap. Chocolate and Pepsi. skipped twice a week needing a day to recover from the lack of sleep
  • Ok. Now let's see a long term load test using the full output over a long period.
  • if this really worked, everyone in the video would have already been murdered by big oil mercenaries
  • I loved off grid power. I like the magnet power design. Excellent project 👍
  • @varman001
    AMAZING... YOU FOUND A WAY TO HIDE THE BATTERY!!!
  • @2drunksracing
    And I was impressed how fast that ROPE LIGHTING lit up for heat!
  • @Ironbuket
    Charge it up from the mains for 10hrs and it will run for 9hrs. It's a miracle!
  • @philoso377
    I have few questions. 1) why we need to start this machine with utility power source? The white cylinder could be an energy storage device with a dummy axial and pulley. That explain it need initial charging. 2) why we doesn’t see rpm drop (and return to normal if it has rpm regulation) as machine is first loaded (by a seemingly heating element) device? 3) same question as 2) on light bulb panel. 4) Heating stand normally draw more than 0.7A. More likely 3-5 Amp.
  • At least, they got one thing right. So many of the other designs had no speed regulation, and would either run away with insufficient load, or would stall immediately with too much load. Using a proper variable frequency drive for the motor maintains a constant speed, regardless of load. That's been my main criticism for these feedback loop mechanical motor/generator type machines. Something to maintain/regulate speed, as well as compensating for changes in load.
  • @ecsyntric
    with 4M+ views this is definitely a successful machine
  • @imac2682
    Proof that gullibility is perpetual.
  • @subashjohn7486
    The generating unit is assembled with multiple flywheels and connected to a generator on frictionless bearings .The flywheel shaft is accelerated slowly with a variable speed external Induction motor. Motor power is disconnected when generator attains required RPM. Generator shaft continue to rotate until the inertia developed by flywheel is over. The output will be near to input given by Induction motor.