Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

@ Zeitmaschine
I can't able to believe Tk's 2004 device is fake because of two reasons. There is a possible way to connect hidden power supply under the tin can. I think no other possible ways...
1. He plugged the two pin from the inverter to the grid supply we can able to hear different noise (transformer overload) and after he removed the plug from the socket mysterious noise will be stopped how? (2004 video 11:16)

2.After making the self run he tried to remove the wire from the grid supply at that time the whole bulbs will be turned off. (2004 video 12:45). If he connect hidden power supply under the tin can how it is possible....Otherwise he placed step-down transformer with relay inside the inverter also not possible...

The mysterious noise was most likely two separate 230AC supplies: 1) Direct from grid and 2) from inverter output, being connected together but running out of phase with each other when the noise occurred.

[anandml]

The mysterious noise was most likely two separate 230AC supplies: 1) Direct from grid and 2) from inverter output, being connected together but running out of phase with each other when the noise occurred.

Most of the inverters will give only one output at a time( one from direct supply from grid and other one is 12v- 220 AC supply from step-up transformer). Mechanical relay will be automatically turn on and off according to the power input supply(Grid supply or 12v from battery)

[Hoppy]

Most of the inverters will give only one output at a time( one from direct supply from grid and other one is 12v- 220 AC supply from step-up transformer). Mechanical relay will be automatically turn on and off according to the power input supply(Grid supply or 12v from battery)

As I see TK's setup, the inverter supplies a step-down transformer for the spark gap pulser and the hidden grid feed directly supplies the power to run the lamp load. However, TK's switching arrangement appears not to be isolating the two supplies at all times. There has to be a changeover whereby when the battery is disconnected, the grid is switched in to maintain a supply to the spark gap pulser. There appears to be a situation with the switching, where the grid supply can be switched into the primary of the step-down transformer whilst the inverter is still powered up - thus the noise! In order for the spark gap to be appearing to control the output power to the lamp load, TK needs to ensure that the spark gap is functioning correctly before switching on the lamps (thus two stage switching) otherwise the lamps could be lit whilst the spark gap was inoperative under a fault condition - not a good situation for the investors to witness! The inverter is necessary to initially supply the spark gap as well as to give the impression that the system is feeding / looping back enough 'free energy' to the inverter to keep the show running without a need for the battery.

[Zeitmaschine]

A fundamental high voltage question, just for fun: Looking at the HV inverter transformer below, why is it that the high voltage output (with respect to ground) always stays on the hot side (right hand) of the secondary coil, regardless of the polarity of the pulsing current supplied to the primary coil?

Reversing the polarity of the primary coil does not make the cold pin hot and vice-versa. Even trying this with a flyback the high voltage stays always on the hot pin, regardless of the winding direction of the primary coil(s). Why is that so? Any ideas?

Regards

[leo48]

Reversing the polarity of the primary coil does not make the cold pin hot and vice-versa.

The cold side is meant one grounded and the hot side to cha has the voltage is positive or negative with respect to ground

Leo48