Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Magluvin]

Hey Zeit

I copied your circuit below.  Is the diode a zener? Or just chosen for reverse breakdown voltage?

Hmm. If the cap charges through normal bias of the diode, once one more forward pulse from the 12v takes the cap above the zener or breakdown voltage, the transformer would see a HV from the cap through the zener or reverse breakdown and then stop at the breakdown voltge. So every pulse from the 12v gets the cap to above breach voltage and the transformer gets these big pulses, without ever draining the cap. It always remains loaded for the next blast.

Is that what we are talking about here?

Mags

[xenomorphlabs]

If 12V in gives 650V out, then what would be the out-voltage if the in-voltage is 220V? It calculates to approx. 12.000V to 16.000V, hmmm ... I have never tried this, I don't want to burn out my equipment. But anyway this is proof one can generate 650V out of 12V with an ordinary 50Hz transformer, hence there is no need for a flyback (or the like) in order to have high voltage and some sparks. Means the TK spark is almost for sure a by-product of the device's function.

Would it be possible for you to experimentally show that you are indeed able to generate a streaming spark with that method just like in the green box spark gap? (12 V or 220V)
Without having seen that, i have profound doubts that this is possible.
Apart from that, 650 Volts is low voltage and you would have a hard time adjusting the gap to a fraction of a millimeter and thus even see it. TK's gap is roughly estimated adjusted to 2-2.5 kV. So an experimental proof/video etc. would be very much appreciated.
Regards

[sparks]

    A flyback with a sawtooth input will generate 30,000 volts across the capacitor formed between the anode and cathode in a picture tube.  The current is small but fast.  The electric field produced accelerates freed electrons boiled out of the cathode to 1/6 the speed of light over a distance of about .2 meters.  The electrons slow very quickly upon reaching the anode.  When an electron changes velocity or direction it has to emit a photon.  If it doesn't it can't slow down or change direction.   If you want to brake a car you are going to have to radiate the inertia of that car somehow.  If you want to steer the car you are going to have to heatup the tires on the side opposite to where you want to go.  The good thing about an electric field is that it is like tipping the entire roadway.  So if we have ionizing radiation to give us some free electrons.  Some matter to supply the electrons.  An electric field produced with said matter introduced between cathode and anode wherein said ionizing radiation is imposed.  Large amount of electrons collide with anode causing chain reaction in free electron filled piece of wire until said current pulse reaches lightbulb filament and makes bulb flash.  Said electric field extinguished at the proper time by shorting anode and cathode into inductor of proper size to store energy necessary to create accelerating field.  Means to insure synchronization of uv pulse into aforementioned electron donar matter with propogation of accelerating electric field so as to maximize velocity and mass colliding with anode.  Means to switch anode from inductor to load circuit to insure load current goes to the load and not the inductor.
Means to introduce electron donar matter into area dispersed between anode and cathode upon depletion of ionizable electrons.

[Zeitmaschine]

I copied your circuit below.  Is the diode a zener? Or just chosen for reverse breakdown voltage?

It is a SK1/12 (1.15A 1200V) and there is no reverse breakdown voltage. The coil itself reverses the voltage.

Would it be possible for you to experimentally show that you are indeed able to generate a streaming spark with that method just like in the green box spark gap? (12 V or 220V)
Without having seen that, i have profound doubts that this is possible.

Could be that the spark has to be synchronized with 50Hz somehow. Experiments are needed.

Apart from that, 650 Volts is low voltage and you would have a hard time adjusting the gap to a fraction of a millimeter and thus even see it. TK's gap is roughly estimated adjusted to 2-2.5 kV.

One could use up to 310V (220V × 1.41) peak voltage to generate the spark. Above 50V input voltage the high voltage should reach 2500V, and then it is definitely high voltage suitable for a spark gap.

Hence keep on experimenting because I don't think TK has invented new laws of physics.

[Hoppy]

Very much agreed. All the replication efforts have missed out on something essential obviously.

Yes and the obvious thing missing is an adequate source of energy to power the load. Zeit has shown some transformer / cap pulsing arrangements but all need a substantial source of input energy to pulse the various loads that TK showed in his video's. The focus IMO needs to be on the power source and how TK interfaces this to his apparatus, not on how this energy is generated within the apparatus. I'm not suggesting that there is not a source of energy within the apparatus but just not at a level to power the load.

There has been a lot of power theft and I have read that a program of 'smart meter' installation has just been completed in Georgia. The Georgian power distribution system is being upgraded and the old soviet power transformers and grid do not have grounding.  There can be considerable potential differences between neutral and ground and it this that I think TK may have tapped.