Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Dog-One]

now what's that PCB?

Pretty certain it is a mobile power inverter, roughly 300-500 watts.  It has been modified to get whatever injection signals are needed from it.

I have a 300 watt unit sitting on my bench right now that runs at 41.38kHz square wave coming out of the main power transformer at 138 volts RMS.  I haven't tried running it with a 9 volt battery, but with a undervolt lockout modification, I'm sure I could get it to operate.  Kind of unnecessary though.  I can connect a couple of small batteries together to get the normal 12 volts, or just use a larger 12 volt battery.  The other modifications to that device and the coil arrangement is where we should put our focus.

https://www.youtube.com/watch?v=BmyOjsjzHi8

Interesting video.  At first glance I do not see how it might be faked.  Not saying it is faked; not saying it is real either.

What I do know is a typical 9 volt battery will not supply nearly enough amperage to even attempt to illuminate that incandescent bulb without some assistance.

If someone can find a similar video with test equipment connected while it's running, then we might be able to get some insights into this mystery.

[Sergh]

Open source community can muster resources and persons globally!

ok

[pix]

Very interesting articles regarding EH antennas.

[x_name41]

 

[Dog-One]

Not certain I'm seeing everything, but here goes...

We have a Tesla coil with capacitor plates underneath the secondary.  One end of the secondary terminates with a little pigtail loop to tune the exact capacitance needed.  If you think in terms of a transmission line, we need a rebound at the end with just the right impedance, almost completely open in this case.

Next we need an impulse on the Tesla primary.  This one is pretty sneaky how I think it is accomplished.  He moved the transistors outside the inverter because he had to tap in between where those transistors draw power from the PCB.  This inverter basically has no load on it, so the electronics are just magnetizing and recovering the back EMF.  The fast switching and tiny little amp surge is routed (two red wires) through the Tesla primary giving us precisely timed impulses.  Precisely timed to what?  Let me take a guess...

That same timing running the transistor switching is also powering the internal inverter step-up transformer.  I'd guess this inverter is designed to produce 220 volts RMS AC at 50Hz.  The 50Hz generation part of this invertor can likely be ignored and is probably bypassed.  The output on the inverter's secondary is probably a square wave, 500+ volts peak to peak and running in the neighborhood of 40KHz.   I'll bet you he has tapped those other two leads (blue and black) directly off the secondary of the internal inverter transformer.  The blue lead goes to one aluminum plate of the air capacitor and the black lead goes to what would normally be the ground of the Tesla secondary.  This would certainly put a charge on those two aluminum capacitor plates.

And lastly, the output coil is centered over the split between the two aluminum air capacitor plates, wrapped directly on the Tesla secondary.  If anyone has probed an active Tesla secondary, you'll notice voltage and current densities change quite a bit between the ends and the middle, so I would guess those aluminum capacitor plates are getting a charge distribution the output coil somehow sees as well.  That would have to be where the output current develops, certainly couldn't be normal step-down transformer action.

For kicks I might even try to build something similar.  See if there is anything of interest.  Doesn't look all that difficult, might be much harder to tune, though what I see in the video looks pretty rough, so maybe not.
_______________________________________

I should note, it is also possible the blue and black leads have a full wave bridge rectifier between them and the inverter secondary.  If that's the case, we have pulsed DC instead of AC which might be necessary since we are dealing with capacitor plates.