1850 Watts free energy power ? New GEGENE circuit by JL Naudin shows COP = 2.8

[hartiberlin]

Yes, I rewatched Naudins last video again and the waveform was not steady on his scope
but jumped up and down...

So there was a modulation of thie waveform,
otherwise the scope would have triggered perfectly and it would have shown a steady state
waveform...

So the power output is probably much lower and otherwise the lamp brightness test would
have already shown the ou factor...

I still wonder, why his analog meters have shown so mamny wrong values,
but probably they are only calibrated for 50  Hz AC usage and not for
Khz usage with modulation on it...

Rergards, Stefan.

P.S: Would be interesting to see a circuit diagram from such an induction  cooking plate.

[tagor]

P.S: Would be interesting to see a circuit diagram from such an induction  cooking plate.

[mrzlica]

test no.3, one coil, 96%


http://jnaudin.free.fr/gegene/gegene07en.htm



by

[TinselKoala]

test no.3, one coil, 96%


http://jnaudin.free.fr/gegene/gegene07en.htm



by

Results are in very good agreement with the lightmeter result. Now the issue is tracking down the reason for the unusually high figure from the scope measurements.

Again, I suggest measuring the induction cooker's output coil directly and computing its power using the same scope settings as before. Then, "zoom out" the timebase and trigger the scope on the modulation envelope, showing two or three full cycles of the envelope, and let the scope recompute the power curve over a more realistic time interval, one which doesn't just count the peak values within one "fat" part of the envelope, but rather counts several cycles of the modulation envelope. My prediction is that using the same settings as before, the output coil will also show "overunity" but a little more than the receiving bifilar coil. I'll say it will be very close to 2000 Watts. Then when the zoomed-out envelope is measured, the average power will drop to around 1000 Watts, of which 96 percent is getting to the receiving bifilar coil.

[gotoluc]

Hi everyone,

Happy New Year

Here is a test video made by Romero UK with an interesting idea. He added a feedback using a grid tie inverter.

http://www.youtube.com/watch?v=H8_zj4cRXYk&feature=em-uploademail

Luc