Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

 A finished 1/4 phase coil.

[Hoppy]

   Hoppy:
   Of course, but it may not be essential for it to produce the much higher output from 0.4 watts input, or so.
  The input could also come from a very small solar panel/inverter set up, as well.
The feed-back issue is very important, once it's working right.
The translation is indicating that it can be started by a bump start from a old sulfated dead battery, that is given enough charge to just get the device going. Just like the starter in your car, it won't start without it, but is really only needed once, or only once in a while, so even an old battery, or a grid powered source will work, just to start it.
I wonder if the inverter is a 12v to 220v Dc to Ac., and not 110v, as maybe it's important to have sufficient input power to kick start it up and going.

  NickZ

Agreed, but what I am trying to say albeit not clearly enough, is that the feedback loop may need to be in place from the outset for the 'kick start' to work. It is clear from the tin can and green box videos that TK is using a battery for the 'kick start'.

[jbignes5]

 Almost all the examples given by TK have a battery involved for the kick start. In the warehouse disk motor it was a 9 volt battery and in the showcase video behind glass was another 9 volt battery to kick off the oscillation to light the bank of bright lights. Once the process starts it doesn't need anything to sustain itself. You just have to remember to establish a tight control over the current flow within the device. Shunting all extra current back to the ground, weather or not the ground is virtual or not, it works the same for either way.

In most cases the load will take a tad big more then it could provide. This keeps a build up of charge almost impossible and the unit becomes stable but periodically shunting the extra if any to the ground to keep the balance.

[Hoppy]

Almost all the examples given by TK have a battery involved for the kick start. In the warehouse disk motor it was a 9 volt battery and in the showcase video behind glass was another 9 volt battery to kick off the oscillation to light the bank of bright lights. Once the process starts it doesn't need anything to sustain itself. You just have to remember to establish a tight control over the current flow within the device. Shunting all extra current back to the ground, weather or not the ground is virtual or not, it works the same for either way.

In most cases the load will take a tad big more then it could provide. This keeps a build up of charge almost impossible and the unit becomes stable but periodically shunting the extra if any to the ground to keep the balance.

Clearly then you have already achieved this feat. Is your latest project above intended as an improvement on your first?

[Grumage]

Dear verpies,

Well our local shop, for local people, were all out of Dilithum and would not be getting more for at least a millenia!!

I have thought of a different approach. To try with a Single coil Royer oscillator tuned to say 175/180 Khz.

With my 20 V bench power supply I should be able to achieve a near 60 v P/P.. From Pi * V.   Calculated RMS of 21.21 V

Now should I stick with my 7 micro H coil?  Another thought. Would copper tube or thin sheet allow for better penetration? If tube what about a longtidudinal coil inside said tube? (ie wound lengthwise)

And finally would the DC current drawn at input be a close assumption of output power?

Cheers Grum.