Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jack Noskills]

Anyone playing with inductive heater ? Is it possible to put pancake coil on each side of the 'heater' plate ? Then put load between pancake coils leaving other ends unconnected. This would give displament current and no magnetic component so heater would not see it. Don't know if it is necessary to put coil on both sides of 'heater' but is makes sense to put one coil in S pole and the other in N pole. If connecting to each side is impossible then maybe bifilar pancake could also work.

[captainkt]

@jack Noskills, hi yes playing with induction heater now have enough pancake coils to do what you suggest, on my 14th unit, good job they are on offer. Learning a lot have been playing with 3 coils (the ones from actual inside heaters) 1st coil and second coil in series in parralel on top underneath etc. third coil not much out put, next stage is remove internal pancake and bring outside so that I can try what you suggest. Trying to do it with circuit too close to coil blows mosfet. Will keep you informed.
Regards
Keith

[Jack Noskills]

It is worth also trying pancakes so that their windings go in different directions on each side. Just flip one pancake over and retest if there is any effect.
If you can take any power out it should not affect input according to ECN.pdf and Utkin. Then all we need is a resonant tank circuit in the source.
If this is looped it should run by itself according to Utkin pdf. This could be dangerous so it needs safety spark gap.

Haven't ever seen an induction heater, ECN.pdf says there should be a toroidal coil between cap plates. Don't think there is a toroid inside induction heater, so if this does not work then I quess toroidal (aircore ?) coil is needed.

14th unit, dropped of my chair laughing. Some serious stuff this is.

[wattsup]

And this outside power generator is hidden in a water faucet in front of the whole audience.
The humming sound behavior in the 2004 Video is rather strange: At 17:02 humming sound after the inverter is switched on. At 17:14 no humming sound anymore (maybe quieter) after the auxiliary plug is connected. At 22:57 the inverter is switched on, no humming sound. 23:00 loud humming sound after the auxiliary plug is connected. 23:10 no humming sound anymore after the auxiliary plug is disconnected. Conclusion: the humming sound occurs randomly.

@Zeitmaschine

I think the noise is because the inverter is first DC driven so its AC phase cycles independently to the AC mains phasing time. Then put the AC on that and anything out of phase is causing the sound. This all has to do with the precise moment he plugs the back plug to the mains socket. When the timing is close enough, you have little noise but if he is 90 degrees off time, you get the big noise. What does this tell us?

I have not found anything yet on the blue TK inverter. Can't even read the letters even close up. I will have one soon enough. Pure sine wave inverters are not cheap so I am looking for only a 200 watt unit for now.

I did notice something in the 2004 video however and maybe a few of you can take a look as well. The inverter back plug and more precisely the wire. I think there could be only one wire on that plug.

After TK connects the looping transformer to the battery, he plugs the back plug into the mains socket and it seems like his assistant moves closer to see if he is plugging it in the right way or side. The assistants' glance can be confused with him looking to see if there is a spark when TK plugs in the plug, but his eyes really seem to be looking at the plug. Why would he be so concerned about that? Hmmmm. Seems they are overly concerned to not show the back plug and wire to much. Usually when you take a plug with your hand, you take it with your fingers, but TK was taking it in his hands as if to protect it. Hmmmmm.

wattsup

[jbignes5]

Maybe copper plates could be replaced with bifilar pancake coils and output would be amplified even more ?

I agree... The angle of the bifilar pancake coils would be at optimal transfer of energy into the coils from the toroid winds. Because of the orientation of the winds of the pancake the electric field lines would cut the pancake coils very efficiently, Since electric lines would be emitting from the toroidal winds @ 90 degrees from the coils on the toroid and they follow the coils as they go around the toroid winds. This would make the electric field look like a spiny donut. With the spins following the winds of the toroid this would make the electric lines cut the windings of the pancake coil and charge it up. I'm assuming that the winds of the toroid would dictate the electric line directions.

I don't know if this is related but maybe you can see what I am seeing.

http://www.youtube.com/watch?v=ASiQKAsoDs8

It seems to me that the dielectric in this case which is oil moves with a voltage field around the caps. This has to be based off of the potential and the movement is only on the end of highest potential.

If we can move the dielectric like that in itself then this is a prime example of what and how we should get free charges from the environment. Maybe a screen on the direction of flow would pick up the free charges or maybe even a loop could induce voltage from the charges flowing inside of the loop?

There might be a balancing mechanism with the lines. Maybe i drew only one half of the line through the core. If one side becomes stripped of charges then the other would suck in the exact amount from the other side from the environment. The balancing mechanism here would be the potential the line is at. The potential is based on the whole wire potential and the value of the potential in that particular section of wire loop. The lines length must be based on the potential and when going from the lowest potential (shortest) to the highest potential (longest). This would give the field pattern a cone like shape. Now if you add pulsing current to the picture you will see like a pumping action.