Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Omnibus]

I can replicate, anyway that diagram easily.

Would be curious to see how it would behave.

[grizli]

in any case, it has been suggested again this setup with the biffilar, since it is clearly demonstarted in the geo.avi video (a guy holding a paper with biffilar icons) and from the 100 Kw video that a coil constantly arcs to a capacitor looking thing.

...
Actually,

I have tried it with my Kacher. I assembled a biffilar (actually one layer of speaker wire - 2 cables, 40 turns avr., 0.75nF capacity and 110uH inductunce) wound on a 50mm PVC pipe and connected ala biffilar style. Then i put another wiring of fewer turns wire with a lamp as a load. The other end of biffilar was conneted to a ground.

Nothing happend, whereas the Kacher arced to the biffilar coil normaly.

Of course in my setup the biffilar was not closed upon itself and not special care to any orientation was given in relevance to kacher. plus i do not know if the 1/λ thing is just for max voltage hence max sparking or has any other meaning at all.

I can replicate, anyway that diagram easily.

Again question is do Kapanadze use REAL bifilar or layered bifilar, he can use one layer one each wire side by side like this image or he can use one layer one wire other layer other wire and connect them in bifilar

can you post kacher schmatics you use ? there are many available

tube inside is aluminum I presume? ir maybe even iron ?

you can adjust TC LC resonance to 1/4 wave resonance if you use TOP capacity ball  , Usually natural coil LC resonance is higher than 1/ 4 wave

tryx to use this for calculation

http://hamwaves.com/antennas/inductance.html

[xenomorphlabs]

I can replicate, anyway that diagram easily.

The one million dollar question is : "At what frequency (Fres) will you run it?"

To get into the wavelength range of the bifilar you would have to go into the high MHz range.

All devices about which the wavelength is mentioned have way too short conductors for this to work at low frequencies.
I am beginning to think that there must be low frequency correlations for high frequency scalar waves.

But go ahead and build it, for sure you will have some helpful enlightenments ! Good Luck !

plus i do not know if the 1/λ thing is just for max voltage hence max sparking or has any other meaning at all.

The proper resonance frequency is the basis for this to work.
In theory, only at resonance the transfer of the energy is optimal and
as described by Tesla and Melnichenko there can be a gain in the oscillations.

It is mentioned in the diagram, this setup is no tesla transformer, it is merely a transmission line with standing waves.

WHAT metal pipe ? it can be aluminum without magnetic properties or iron .. i PRESUME its aluminum !!

Nowhere in the diagram is a metal pipe mentioned ?!

[baroutologos]

@Grizly,

Kacher schematics are all over the place. Mine were given courtesy to rutube user destine, the one that utilized a PNP 2SA1943 transistor runnign at 25 volts. and consuming some 70 watts.

In any case, since one and a half year i have being making devices from noob ones to a little more better build setups. I have spent in 1 1/2 year more that 5.000 USD in making mechanical as well as electrical devices.

What i want to say is that: sitting and theorizing is easy. Getting your hands dirty is another story of its own.
Sometimes i can feel people who have struggled to make things (and are reluctunt to share) while others sit and talking and talking and do nothing at all. Experimenting has a high cost. And if all experimenting is being done by a few, then the cost (and the odds) are overwhelming against them

[Omnibus]

@Grizly,

Kacher schematics are all over the place. Mine were given courtesy to rutube user destine, the one that utilized a PNP 2SA1943 transistor runnign at 25 volts. and consuming some 70 watts.

In any case, since one and a half year i have being making devices from noob ones to a little more better build setups. I have spent in 1 1/2 year more that 5.000 USD in making mechanical as well as electrical devices.

What i want to say is that: sitting and theorizing is easy. Getting your hands dirty is another story of its own.
Sometimes i can feel people who have struggled to make things (and are reluctunt to share) while others sit and talking and talking and do nothing at all. Experimenting has a high cost. And if all experimenting is being done by a few, then the cost (and the odds) are overwhelming against them

How true. That's plaguing the whole field and is the cause for the slow progress.