Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Shokac]

This is my beta schematics of Kapanadze circuit.

[xenomorphlabs]

@Shokac:
If you are using a spark gap in the primary what measures do you have in mind to filter the RF noise/harmonics out in the secondary circuit?
Kapanadze's patent indicates filters.
Did you go ahead and simulate your circuit in Spice?
I have a hard time imagining a clean sine wave signal in the secondary with
a spark gap firing away in the primary, but that can be dealt with maybe.
So basically you wanna set up a 50 Hz resonance in the primary that is in phase and locked (Voltage or current ?) with the 50 Hz sine wave signal in the secondary created by inverter/220 V source ?
The general idea sounds good and most importantly is in keeping with what the patent indeed describes.
Symbolized here by using a sine source for the primary:

[Shokac]

This is the only thing you must understand!!!
How to reduce the frequency to be in phase with a secondary ?!?!?!?

Kapanadze says:
First transformer works via spark on 100 kHz and higher. Second - is a power transformer. In the first transformer, we have small capacitor on the primary coil for the high-frequency discharge. On secondary coil (power transformer) we have large capacitor for our high frequency decrease.

I measured the current on the primary coil, which was offset by a Spark-Gap (in another room). I got about 15 amps with a small capacitor in the primary, but at a high frequency. 

[xenomorphlabs]

So there are 2 transformers or do you mean 2 coils?
Your idea is most likely to work if your 4kV signal being transformed from primary to secondary is already in phase and locked with the secondary 220 Volt signal.
On top of it the phase angle Φ between current and voltage would have to be exactly the same in both circuits.
There is also 2 additional potentials in the secondary (from the coil) in addition to the inverter potentials, which might cause less voltage drop at the load (needs to be tested).

The use of a capacitor in the secondary to convert the 100 kHz frequency signal component into a 50 Hz resonant sine wave signal would indeed require a large cap.
Since Kapanadze successively adds more load to his devices in the demonstrations, it is unlikely that he used that simple method without more circuitry, because the additional load would detune the resonant frequency.

[FreeEnergyInfo]

DELAMORTO VIDEO...
http://www.youtube.com/watch?v=bLK5DI48rCA

http://www.realstrannik.ru/forum/19-svobodnaya-energiya/3182-sxema-sr2.html?limit=18&start=288