Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[captainkt]

@idzaza, very similar to a few other circuit posting, I assume the 240volts output then goes to the rest of circuit to produce HV then back down to output. T1 in your diagram I would suggest should have ferrite core. I say this because of something that happened to me about 6months ago. I was experimenting with TK coil and blew up my HV power supply, looked around for another and found a melles grio laser transformer approx rating 1600volts 28 mA, connected this to coil setup and instant 100 watt bulb full bright and circuit silent. I changed the bulb for 150 watt and still full bright, then thought must be back feed from mains so quickly grabbed a small inverter about 120 watt connected to car battery, the bulb still came on full bright looked at laser transformer rating 28mA (thought it was Christmas). After a few minutes suddenly the bulb went out, no output from laser supply. Disapointed I notice the laser supply would take 110/ 240v so I connected to the 110 via a variac and once again 150 watt bulb was almost blowing and on a 28mA supply. Approx 5 minutes later bulb went out and power supply was quite warm. I then tried several other laser transformers (6 varying types) no go. The reason for all this waffle is I ripped the laser power supply apart to find a tiny toroid approx 25mm diam but completely encased in ferrite inside outside top and bottom, could not determine rest of circuit as encased in resin and had to destroy it to open it. Still believe OU is possible and is due largely to ferrite because of this fact.
Regards
Keith

[Hoppy]

@idzaza, very similar to a few other circuit posting, I assume the 240volts output then goes to the rest of circuit to produce HV then back down to output. T1 in your diagram I would suggest should have ferrite core. I say this because of something that happened to me about 6months ago. I was experimenting with TK coil and blew up my HV power supply, looked around for another and found a melles grio laser transformer approx rating 1600volts 28 mA, connected this to coil setup and instant 100 watt bulb full bright and circuit silent. I changed the bulb for 150 watt and still full bright, then thought must be back feed from mains so quickly grabbed a small inverter about 120 watt connected to car battery, the bulb still came on full bright looked at laser transformer rating 28mA (thought it was Christmas). After a few minutes suddenly the bulb went out, no output from laser supply. Disapointed I notice the laser supply would take 110/ 240v so I connected to the 110 via a variac and once again 150 watt bulb was almost blowing and on a 28mA supply. Approx 5 minutes later bulb went out and power supply was quite warm. I then tried several other laser transformers (6 varying types) no go. The reason for all this waffle is I ripped the laser power supply apart to find a tiny toroid approx 25mm diam but completely encased in ferrite inside outside top and bottom, could not determine rest of circuit as encased in resin and had to destroy it to open it. Still believe OU is possible and is due largely to ferrite because of this fact.
Regards
Keith

This is possibly the method TK used for his lamp lighting demo's. Instead of using a commercially available HV transformer, he could have built a higher powered HV PSU along the lines of the simple but dangerous method shown here. The transformer is reverse connected (as Wottsup suspects from examining the TK video) so that the mains is fed into the primary winding via a limiting resistor and the resulting output is stepped up to a high voltage with diodes and caps. The HV supply you used with a rating of 1600V @ 28mA gives a max power rating of around 45W. TK's supply could have been much higher. An inverter would be suitable to drive the transformer. The remaining circuitry would have needed to pulse the lamps at a frequency and duty cycle so as to give max light output at minimum running power.

[Cap-Z-ro]

Hap-I mean Hoppy, it wood seem I'm the only one who notices your running gag.

Thanks for the chuckles.

Regards...

[captainkt]

@hoppy,
thanks for the info on laser supplies I am reading through it.
Regards
Keith

[forest]

The one and obvious question : can you fool clamp meter ?  I don't think so, that's why I have thrown away some theories, because of this assumption. Correct me if I'm wrong.