Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[flathunter]

I tried my 12V ''kapagen'' without the kapagen coil.....I replaced it with the 450 turn coil of my tesla secondary....

I got very similar results with either coil concerning how many CFLs were still lighting....

http://www.youtube.com/watch?v=ofdDn6ZKWfs

I'm starting to agree with juju's conclusions....but only experiment will prove him right or wrong.

Good luck and have fun!!!

[FatBird]

Good points Bill.

Don Smith used a Light Dimmer on all of his units.  A Dimmer that controls ceiling FAN MOTORS would be best to handle Inductive Loads.

.

[znel]

[A author=baroutologos link=topic=7679.msg247174#msg247174 date=1277886790]
Hello dragon,

This video is really old, and honestly does not tell much about OU.
I explain. You certainly have been experimenting with resonance and as me you should have find out that resonance is a very good mean for impedance match.

So if you have a source (HF generator) that transfers power from a load (LC-R1) to a load (LCR-2), (bulb to bulb) setup,
in an untuned phase, in the first LCR little current passes via the coil (depsite the lamp being lit) and much from the source (as much as inside lamp1) since it is a serially connected R to source and parallel LC. If the source is outputing 10Volts at 100mA and the lamps are being lighted at 1.5V at 200mA then the first is appears alight (say 50% bright).

During the tuned stage, that is becoming an impedance match energy-efficient-link between HF generator and lamp2, the signal generator could send 10volt at 15mA hence staying the first bulb in darkness, and the second one being alighted. (say 50%)
No theories for me as tested those i say in many ways.

...
Regarding the MOT setup you have said it above 10times. It is the only extraordinary claim that remains to my to-do list since i get the MOT for my Kapagen experiments.

[/quote]

Hi Baroutologos,

It wasn't meant to show anything about OU only the fact you can light a bulb with far less energy input by balancing the system properly.   This is a good example of peak efficiency.   Tank circuits are an excellent example of recycling, once the tank is full it doesn't take much to slosh the water back and forth at which point you can take advantage of natural events ( resonance in this case ).   Simply raising and lowering potential within a circuit.   Since in a closed cirucit there are no electrons exchanged between input (primary) and output (secondary) the primary simply excites the electrons in the secondary circuit.   It seems to me that our methods of exciting electrons is the problem... the electrons are already there, we simply need to find an efficient method of exciting and directing them. 

Lets say a  50ft roll of 1/0 cable has all the electrons you need to power a house - all you need to do is excite them.   A basic transformer method is, as we know, very poor - but we use this method because it works.   The tank circuit shows it can be done far more efficiently even with a transformer.

We simply need to find the secret of exciting electrons with the smallest amount of energy possible.   Finding that secret is the goal of everyone here - "simply" in the statement above doesn't mean it's simple only that it is simply stated as the fact of finding it.  But... if we don't know what we're looking for how would it be possible to find it... ? 

What would be a naturally occuring event that needs a "nudge" to get it started yet once started could cascade into something huge if not controlled...?   Tesla's earthquake machine could be a good clue.   It's been said that if a Cat walked across a long bridge at a continuous pace the input energy could destroy the bridge.   With each resonant step the amplitude of the pulse would grow, each amplifying the last and reinforcing the next.  Parametric resonance - the old pushing the kid on a swing analogy.   Can it be done electronically?   Absolutely !   

[FatBird]

@  VOID109

SUPER good photos.  Thank you for sharing.

Maybe your bulbs are not lighting up because you forgot to wind L2 and L3 backwards from L1?

Just trying to help.

Thanks.

.

[baroutologos]

Hye Dragon,

I can understand the concept you propose but i am afraid this does not work. At least my experiments that have showed and enough Russians - since they have been extensively involved in Tesla Transformers - have found out the obvious. Resonance is a helpful but not OU means.

You say electrons are just there, all we have is to excite them and recycle energy. Electrons are in electrical systems the medium tha carries the energy as molecules in a water system. Energy on the other hand is provided from a source. Recycling an energy and giving multiple copies of itself is OU by definition, and can be looped at once.

Unfortunetaly this is not the case. Is it?

...
Concerning your setup with the MOT. How you can have 1Kw out of real power )heat) with just 200watts input and cannot be looped?