Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

I have a few observations and refer to the TK-2004 diagram. I did a few quick tests just to get some base values on mains power consumption.

The electric field drops the binding columb force to zero and electron moving at 1/6 the speed of light is available to collide with various targets to get energy from thin air.

Now connect some capacitors to the transformer in a fashion so that the positive electrostatic charge of the capacitors on one plate sucks the negative electrons out of the ground by means of the second plate so the electrons have no other way to go but through the load.

The Electrostatic Charge of a Capacitor

Electrostatic Induction

Basically this is very easy stuff in theory ...

[xenomorphlabs]

Now connect some capacitors to the transformer in a fashion so that the positive electrostatic charge of the capacitors on one plate sucks the negative electrons out of the ground by means of the second plate so the electrons have no other way to go but through the load.

The Electrostatic Charge of a Capacitor

Electrostatic Induction

Basically this is very easy stuff in theory ...

That would be the Don "My devices are being mass produced in russia ..." Smith concept.
TK uses an "electrodynamic" solution, since in the green box presentation the AC clamp-meter measuring the current in the ground cable shows clean 20 Amps AC at 50Hz, because those things refuse to measure anything at significantly different frequencies.
With DC-bias-less AC nothing is sucked from anywhere, rather the free electrons in the cable are forced to move back and forth.
This necessitates a 50 Hz inverter at some point and filters to filter out the upper harmonics  from the spark gap (as shown in the patent).

[wattsup]

@all

I need to clarify something so here is a question.

If the output to the load is AC, and if AC means each of the two leads is alternating between a positive and a negative potential, then how did he put the ground lead on one of the output leads. If it was AC output then that ground lead, if it went to a real Earth ground only, would have had no effect on the system and load. I had tried that with @JackNoskills set-up.

At 50-60Hz output AC is really AC, and if it was DC then it would be seen as DC, but if it was DC at higher frequency, then it could be seen as AC or DC as well and that ground may then have an effect. Is this correct?

I am having trouble accepting the ground lead if the output is standard 50Hz AC. Seems to me that every time the wave form is positive on the grounded side, it should create a short. Is there an instance when low frequency DC by the way it is pulsed into the load could be seen as AC. But then how did he managed to put that looping transformer on the load and rectified it before it sends energy back to the battery?

Anyways more tests tonight.

wattsup

[d3x0r]

@all

I need to clarify something so here is a question.

If the output to the load is AC, and if AC means each of the two leads is alternating between a positive and a negative potential, then how did he put the ground lead on one of the output leads. If it was AC output then that ground lead, if it went to a real Earth ground only, would have had no effect on the system and load. I had tried that with @JackNoskills set-up.

At 50-60Hz output AC is really AC, and if it was DC then it would be seen as DC, but if it was DC at higher frequency, then it could be seen as AC or DC as well and that ground may then have an effect. Is this correct?

I am having trouble accepting the ground lead if the output is standard 50Hz AC. Seems to me that every time the wave form is positive on the grounded side, it should create a short. Is there an instance when low frequency DC by the way it is pulsed into the load could be seen as AC. But then how did he managed to put that looping transformer on the load and rectified it before it sends energy back to the battery?

Anyways more tests tonight.

wattsup

I don't think there's anything that really indicates the output is AC.  The Dally variant uses a PC ATX power supply... plugs into AC, right?  but, the first thing that happens is the AC goes through a rectifier, so DC would be just as good.... heaters, lamps, etc, all would work just as well DC...

[sparks]

Now connect some capacitors to the transformer in a fashion so that the positive electrostatic charge of the capacitors on one plate sucks the negative electrons out of the ground by means of the second plate so the electrons have no other way to go but through the load.

The Electrostatic Charge of a Capacitor

Electrostatic Induction

Basically this is very easy stuff in theory ...

  Yes and very hard to master in practice.