Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[tagor]

kapanadze has been replicated ?

look at this :

http://www.youtube.com/watch?v=sNveUeEuV2o&feature=player_embedded

I know this man ... and for me it is a scam ...
but who knows ?

[Hoppy]

kapanadze has been replicated ?

look at this :

http://www.youtube.com/watch?v=sNveUeEuV2o&feature=player_embedded

I know this man ... and for me it is a scam ...
but who knows ?

Very poor presentation.

Hoppy

[Zeitmaschine]

kapanadze has been replicated ?

look at this :

I can see a lot of solar panels. If he has a working TK device then what these panels are for?

The energy needed to initiate the electron cascade event is serveral magnitudes less than the resulting current and voltage produced.

Simple question that no one can answer: Where in the 2004 setup is the point (the electron cascade event) where the amperage changes from 0.4 amps input to 25 amps output?

Is it the primary of the transformer(1)? I don't think that the thin wire of the primary coil can withstand 25 amps.

Is it the orange coil(3)? How can a coil made of only a few windings of coarse wire generate 25 amps out of 0.4 amps at 50Hz?

Is it in the tin can(2)? Since this seems to be the only possibility left, what could an electric part look like that can change 0.4 amps to 25 amps and fits thereby nicely into this tin can?

[yfree]

Is it in the tin can(2)? Since this seems to be the only possibility left, what could an electric part look like that can change 0.4 amps to 25 amps and fits thereby nicely into this tin can?

You are right. The only place left, where the current can be multiplied is part number 2. What can be hidden in the box, is suggested in this up-to-date document.

[yfree]

  Your observation that TK devices rely on very highcurrent avalanche pulses are the equivalent of electron cascade events.  An electron cascade results when one electron is freed and accelerated by an electric field which results in a chain reaction of conversion of electron binding energy to kinetic energy.  The energy needed to initiate the electron cascade event is serveral magnitudes less than the resulting current and voltage produced.  Electron cascade events occur at the solid to gas interface in a spark gap.  As  long as the gap does not ARC over the only input load is the capacitance of the spark gap itself.  If the spark gap capacitance is the c needed in an RLC tank all the better for efficient production of electron cascade events.

This is not true. The electron avalanche, as for instance created in the spark, does not provide or release additional energy.