Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Cap-Z-ro]

I have read that a flat piece of metal will emit positive and negative frequencies from the edges of either end...this ties in with what Roberto just posted.

Regards...

[T-1000]

@ronotte and @T-1000

I don't know what the heck is going on. I started the following test with my two batteries in series at 24.82vdc at 12AH. I used a new circuit, well an older circuit I used on a previous standard flyback test, but the flybacks just kept blowing so I put that circuit aside for a while. It's the circuit @verpies provided and that I used on the Flyback Chopper. Now using this circuit on this big flyback I have no more problems of battery overload and burning the wires. I ran the system producing a good spark for around 10 minutes until I started to smell something but could not see anything heating up. So I stopped the system and when I moved the flyback from where it was, I see my table top material was burned. So imagine, the heat required to produce this. But my primary is wound on the flyback core that is held up off the table by this sturdy metal bracket. So the heat had to go from the primary to the core to the bracket and only then to the table top. When I stopped the system, my battery showed 12.37vdc. So the battery dropped some .45 vdc and while it produced a rather thick spark gap, it also managed to burn my table top. How is that possible? And even more important, how will I again explain this to my wife? lolololol

wattsup

You are on the right track! Resonance, then minimum input power with maximum output!
And when dialectric starts to burn, you are actually making it as live wire. Now http://www.youtube.com/watch?v=x9pAmgCwwFA will make sense to you
The draw of energy from ambient source is already in flyback!
Also our team discovered about Russian "smart" flyback, it had double secondary instead of single secondary:
1) First secondary is winded clockwise;
2) The good dielectric laid on top;
3) 4 times longer secondary is winded counetr clockwise
So in general it is basic Tesla 1/4 wave resonator with receiving coil inside..

[gyulasun]

Hi wattsup,

There are several flyback transformers with one of the their HV coil wire end connected to the metal hardware like your bracket but also it is pinned out like the other coil endings. 
If this is so (you can check this)  then your HV output constituted a closed circuit via the bracket -> table material as a dielectricum -> air -> and the other HV output.  So I mean your HV output is between the pink wire (which goes to the HV diode) and the bracket.  It is possible you cannot measure low Ohmic DC resistance between the bracket and the lower end of the HV coil but then a HV leakage path exists what you can observe in dark if the path is at a visible part.  Also you could elevate the bracket from the table by  say 0.5 to 1mm and repeat the experiment for a few seconds in almost darkness and then you may see the bluish leakage current between the table surface and the bracket....

If this is the case, then a few minutes of operation is enough to heat up the table material, the bracket if it become warm, it was due to the table heatup by normal heat radiation I think.

Gyula

[wattsup]

@All

Thanks guys for your responses. I think I know what may be the cause of the heating from the core. Since I have two coils as primaries, my old circuit was using only one mosfet but with this new circuit it has two mosfets, and because of that I think there is a great opposition of the pulses in each coil and this is what is creating the heat in the core. When I get back home (office now), I will reverse the connections to one of the primaries and check the system again. If I am correct, then my flyback should then be dishing out so much juice I better watch out on the other end. Will advise later tonight.

@gyulasun

Usually in such flybacks it is one side of the primary that is on the metal bracket as shared ground, not the HV side. The original primary has such a connection but I removed the original and made my own two primaries that are all isolated. HV output is isolated as well so this is why I could not think how the hell I was able to produce so much heat. But now, if the two primaries are in opposition to each other, this could create major heat of course. Again, I will advise on that.

@T-1000

Thanks for your words. Very encouraging. Wow, your video you are showing a very bright light being lit. I would be happy with 1/4 of that. lol

[forest]

You are on the right track! Resonance, then minimum input power with maximum output!
And when dialectric starts to burn, you are actually making it as live wire. Now http://www.youtube.com/watch?v=x9pAmgCwwFA will make sense to you
The draw of energy from ambient source is already in flyback!
Also our team discovered about Russian "smart" flyback, it had double secondary instead of single secondary:
1) First secondary is winded clockwise;
2) The good dielectric laid on top;
3) 4 times longer secondary is winded counetr clockwise
So in general it is basic Tesla 1/4 wave resonator with receiving coil inside..

nice... isn't it re-discovery ?