Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[wattsup]

@All

Question about the load being a heating element or if the load was a bank of blubs.

As you all have noticed, the spark gap has a definite visual pulsation. Now if the triple transformer was timed to the spark gap, because we all now know the spark gap is on the primary side of the triple transformer, then if the HV output is creating this same pulsation but at a high volts/amps, should we see the heating element pulsate as well. I know if the HV output was timed to the spark gap,and if the load was a bank of bulbs, we should then see those bulbs pulsate. But what about when you use a heating element. If there is a pulsation in the heating element, I am thinking that the element would not have time to react and we would never see that pulsation even though it was present.

So if the spark gap timing is the same as the timing on the tripe transformer primary, then they chose their tank capacitor size to match the best off/on time for the load. If they had only a few bulbs as a load, they could have used a smaller tank capacitor and pulsate faster (faster then we could see) but with less strength. But once you added enough bulbs to equal the watts of the heating element, they would have had to increase the tank capacitor size back to where it was to handle the same load and there we would have seen the bulb pulsating.

Does this sound logical to anyone?

This is important for me to wonder about because this would dictate how the hidden parts of the device would be used in a much simpler manner.

I still have not found a triaxial cable supplier. So now I am more then convince of why TK really needed his wire. They call is coaxial but it it triaxial.

I think his first devices did not have this wire. They must have used similar types of standard coax then gradually migrated to this type because they probably realized it worked the best. Or the best up to now.

wattsup

[Free.Energy]

So, the TK device does not always start to work straight away and can take up to an day to start working.

This is very interesting.

[wattsup]

@all

A question about the TKc wire shielding.

When you look at the TKc wires that exit at the top sidewall of the plexiglass, there is an opening in the wire that I showed previously. Is it possible that the TKc wire shielding is connected to the center conductor at that point. This would make the shielding floating at the HV+ side but connected to the end of the coil as it leaves the box. If it is a shielding, to keep in pulses or to keep pules out, it is a containment and maybe he is using that to increase the output as it leaves the coil. This would mean the winding method is not important and only wire length would be a factor. But winding in a  nice coil makes people ask the wrong question. Ahhhhhhhh. Man, I have to stop thinking, but my spiders senses are tingling and I will have to add this to the tests. hehehe

wattsup

[frantz]

capacitor C2 can be charged either by avramenko or can be pulsed with hvdc through spark gap. the diode must be used after spark gap to pulse charge the cap.

we only have to charge one cap C2 only

Hi friend,
could you show to us some movie with experiment. Not a simulation only real one?
As you see everywhere we have only a theory.
Regards
frantz

[verpies]

Kapanadze Free Energy Ac Generator.pdf (100.49 kB - downloaded 155 times.)

Aren't you forgetting that two capacitors after voltage equalization collectively possess only half the energy of the single capacitor before voltage equalization?

If C₁=C₂ , then:

Energy in capacitors before voltage equalization:
E_1A=½C_1*0 =0
E_2A=½C₂V²


Energy in capacitors after voltage equalization:
E_1B=½C₁(½V)²
E_2B=½C₂(½V)²

Thus:
E_1B+E_2B=½E_2A