Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Shokac]

Kapanadze is fully aware of the fact that the frequency drops under full load.
That's why he referenced this scientific paper here :
http://publica.fraunhofer.de/eprints/urn:nbn:de:0011-n-1322533.pdf
in his patent WO2008103129A1 (second last page)
He wouldn't list it there, if it wasn't playing a central part in his invention.

This Energy is from BEMF.

Kapanadze not use BEMF

[forest]

I don't know what Kapanadze used but there are plenty ways. Like make BEMF "forward" and put back in feedback.

[xenomorphlabs]

This Energy is from BEMF.

Kapanadze not use BEMF

Hmm, since you quote my post there, i have never said that he would "use" BEMF.
If he's got a resonant circuit in the secondary, then he is facing the normal rules
of a LCR circuit.
He just knows how to automatically adjust the resonant frequencies in relation to different loads.
That paper might be the closest reference to what he is doing that he was able to find.

@captainkt: Do you get substantially different results when you use
a) only the inverter without the HV
b) just the HV without the inverter ?

[captainkt]

@xenomorphlabs, Hi,1st thing I tried was inverter only then hv only and yes no comparison, everything livens up.The most note worthy thing I did was run primary to earth not the secondary.Looking through dozens of TK diagrams load runs to earth.If you take Shokacs diagram 7116 put spark gap after diode cut wire from cap to primary and earth primary end, then earth negative by pulse 4000 thats it. I have a version of wound TK coil in the HV side but ended up discovering that it is doing nothing so took it out with same results. When I get back on Thursday evening I am going to put TK coil in place of transformer using the wiring set up that I have found works.I also took out the third earthing at the load it made no difference. The two earths I am using are 60 ft apart, when running circuit there is some potential between them but if shorted could not tell any difference in brightness, I will try with one earth,or cap between them, or no earth.
Regards

[wattsup]

@All

OK, I think TK is using the spark gap as a switch. Like a relay or a mosfet. Every time the spark is on, there is a connection and the process starts.

Why am I saying this. OK, if you look waaaaay back to the Tesla Ozone Patent (TOP), you will realize that the biggest problem with that patent is the rotary switching that you need to make the patent work and produce ozone, which is high voltage pulsing. If you are working with relays, the switching is not fast enough and the contacts start burning up. If you are working with mosfets, given the loads, one small error and mosfets burn up. This has been the greatest hindrance to making the TOP work with modern components.

But looking at the TK device with the spark gap, it dawned on me that this spark gap could be used in the TOP as a switching device that will not burn up in a few seconds. By using the battery to inverter to MOT, the MOT secondary keeps the next section that  includes a coil of high inductance, a working transformer (MOT used backwards), a capacitor and the switching (spark gap) in a high voltage environment where the spark gap can be initiated by the normal TOP method.

I will try this during the week and report the results. I am so stupid to have wasted a few years trying so many different switching methods for the TOP when TK had been showing this spark gap working all along. With this method, the second MOT secondary is in series (used as step down) with the TOP method, you could have several of these in parallel or series, or you can use the output to a third identical stage for greater isolation and more points of energy return.

TK already said his TK coil was used to regulate the output to the bulbs. We know the bulbs were connected on one side to Earth ground so he could use the second MOT in reverse to the diagram and produce even higher voltage that would light the bulbs with one feed wire.

In the diagram below that uses the TOP method, the spark gap is used as a switch (and not just an impulse generator) and with the TOP method, you get a capacitive impulse when the spark is on, and an inductive impulse when the spark is off. That's double the bang and now there should be no switching problems. See the spark connection is shorting between the coil of high inductance and the second MOT (working coil) then it is in series to a capacitor. This is the TOP part mixed in with TKs high voltage instead of running it with 12vdc like we have been doing. TK may simply be using Teslas' damped wave TOP method.

wattsup

PS1: I had been building a new device for nodding around but will put it aside and make this setup. If anyone tries this please be careful because I have received many shocks while testing the TOP method.

PS2: After the first MOT, you may need a FWBR to regulate the high voltage AC to DC.