Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

The Kapanadze device is connected directly to the ground (soaking 24 amperes).

So where is the return?

[Zeitmaschine]

Same wire but different time. Tesla's single-wire transmission line.

I think most of this Tesla stuff is difficult to comprehend because SOMEONE messed around with it.

[Hoppy]

Same wire but different time. Tesla's single-wire transmission line.

I think you are mistaken in your assumption that a 1-wire power transmission system does not have a separate return path. To my knowledge Tesla's 1-wire experiments (as other 1-wire systems), used a conventional source of energy, with a capacitive linked earth return, using air as the dialectric. In view of this it is highly improbable that TK managed a load current of 24A!! I suggest you do some experiments along these lines to prove this to yourself.

[NoBull]

I think you are mistaken in your assumption that a 1-wire power transmission system does not have a separate return path. To my knowledge Tesla's 1-wire experiments (as other 1-wire systems), used a conventional source of energy, with a capacitive linked earth return, using air as the dielectric. In view of this it is highly improbable that TK managed a load current of 24A!! I suggest you do some experiments along these lines to prove this to yourself.

Can you explain how this capacitive linked earth return (using air as the dielectric) works?
I understand that a capacitor consists of two conductors separated by a dielectric and in this case the machine and earth are the two plates of the capacitor (when the machine is earthed).

What I cannot understand how these 1-wire power transmission systems can transfer so much power when the plates of the "capacitor" (providing the return path) are so far apart from each other.  That would make this "return capacitor" very small and as far as I know the resistance of a capacitor to AC current (also known as capacitive reactance) is equal to 1/(2πfC).

I don't know what the capacitance of this "return capacitor" is but if it is 0.1pF then the capacitive reactance to a 100kHz AC current is 16 MegaOhms.
Now, to transfer 1kW of power over the resistance(or reactance) of 16MegaOhms would require 126kV_RMS.  (because V=(PR)^0.5).  Are such voltages even generated in Tesla or Kapanadze machines ?

The only thing that I can be wrong with the above calculations is the capacitance of the "return capacitor" "C=0.1pF and the frequency of AC current in those systems.

[BlackBishop]

You don't need Earth - just a capacitance. You could use one wire power in space.
Capacitance != typical two-plate capacitor only. It could be any metal object that could hold charge.
Voltage is difference of potential which in turn is caused by charge - as long as you have differently charged plates (even separated by miles) and connect them with wire current will flow.