Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

What would happen if the primary coil of an insulation transformer is connected to 60Hz mains whereas its secondary coil is connected in series (as choke) to an inverter and a load running at 50Hz? Is the load -according to Rhythmodynamics- powered by the 60Hz grid (negative resistance) or the 50Hz inverter (positive resistance)?

Just asking.

  Inverters are designed to run on DC, not AC.

  What is an 'insulation' transformer?

[Hoppy]

I need some advice in polishing glass.
I can not use this one as glasses to my lead helmet I.m designing to make
But it might  be good for lead box to  view of what is going on with Colman.



Wesley

Use fine silicon carbide or aluminium oxide and finish by polishing with pitch and cerium oxide. Search on grinding and polishing telescope mirrors for more info.

[Zeitmaschine]

What is an 'insulation' transformer?

To explain it sharp-witted: It is a transformer that insulates.

Inverters are designed to run on DC, not AC.

Inverters are also designed to output AC, not DC.

Now back on track: What about the orange wire which connects the lamps to the tin can? Since this wire can carry around 25 amps it should be connected to something in that tin also suitable for 25 amps (another sharp-witted finding). This narrows down even more the hidden parts in the tin can coming into question.

Could the orange wire be connected to a semiconductor (diode, transistor, thyristor, etc.)? I don't think so because such a component would generate a lot of heat when a current of 25 amps runs through it. Hence a semiconductor would need a heat sink, but putting a heat sink into a tin can seems not the wisest idea to be.

So what's remaining out of the pool of electronic parts? A coil or a capacitor? Or a coil and a capacitor? If the orange wire is connected to a coil in the tin then that coil must be wound with a very thick wire suitable for 25 amps. That means there is not much room left for a lot of windings. But the fewer the windings the higher the resonant frequency of that coil (or LC circuit). Therefore the question arises: What is the frequency the coil (or LC circuit) should be suitable for? Is it 50Hz coming from the inverter, or is it a few KHz coming from the high voltage generator (flyback)?

And one more point: When TK pulls the plug of the inverter, then the lamps still have to be in a closed circuit. That means there has to be a cross-connection of some kind in the tin between the orange cable and the grounded white cable (second wire to the lamps).

Sorry, if no one can follow this. Maybe it's just too simple.

[NickZ]

  We can speculate all we want, but only by building, will you find out what works, and what doesn't. If it's so simple, then, why not build it?  At least try your ideas out.

  Cepren B:  Have you tried to build any of your mentioned devices?  You seam to have the knowledge.

Magnetic resonance seams to be the key, but not at the level of nuclear decay, but by harvesting the force of so called "gravity", instead, or the power of the Vortex.
Tesla was and is right....

  Common guys, lets build something... At least you'll have a base to continue to experiment. Let's not let this thread be of just arm chair critics. 2000 pages of talk.

  We still need a proven diagram, a working device to follow, and someone that we lead this group.  Not the blind leading the blind.  Meaning me, not you...

  aKing:  Where are you???  Are you not telling all?  Why don't you rattle our cage, at bit.

[Hoppy]

Sorry, if no one can follow this. Maybe it's just too simple.

IMO its simple enough to build, so lets get building as Nick suggests  . See simplified schematic attached of my proposed replication. Note the 2-stage switching, which if switched incorrectly connects 230V from the grid directly to the primary of the step-down transformer whilst the inverter is running, thereby causing the loud 'noise' we here on the video!

Edit: An additional pole to switch S1 is needed on the input to the thyristor chopper to prevent the inverter output from feeding the lamps when switch S2 is 'closed' with S1 'open' (stage 1).