Kapanadze Cousin - DALLY FREE ENERGY

[GeoFusion]

Hi all ,

Well guyz to make it clear, I'm not saying this is OU yet, but I have something extraordinary with it,
But in next vids i will show some odd behaviors of the device.
I remember turning on the system on 24 Volt without load it draws almost 3 amps.
When connecting load like those 320 watt bulbs , Amp draw decreases at battery. I don't remember how much.
But, the one I remember is when I connected a 500W bulb or more, the Amp draw of battery decreased so much till 1.6~1.5amps. at 1kW bulb connected it draws like 1amp for sure.
Now that is what I wanted to show. but soon when I have amp meter.

Yes I've tried to put more voltage on the circuit. 36 Volts dc was last voltage test. and yes it makes the bulbs very bright as bright as mains.
24Vdc is smooth drive for the circuit and yes the bulbs are a bit dimmer then mains that is true.
I have to be carefull with my circuit not to pop with when applying higher inputs otherwise need to change toriods and some other parts to handle it and thicker wire. I am trying to make other circuits like induction cooker style to able to have 10V-120VDC power or even how akula did holding up till 300+Vdc. with such voltage ,output would become bigger .
I believe with more input Voltage I might gain the  output which all are waiting to see.

Remember I'm just showing my device here for ideas and sharing information and am very careful while with my experimentations.
Someone can still get hurt.

In next vids I will show differences how the filaments bright up for example when connecting 100W bulbs and 60W bulbs and to let see differences in brightness. and how I hook up a step up or step down transformer directly to the output of Bifilar.

Oh and if you guyz wanted to know which direction the coils are wound on the Resonant magnetic generator coil.
They are all in the same direction as the magnetic field coil. with the black wire output coil , bifilar coil, resonance coil with caps. all same direction. nothing here is opposing to the flow of the field. otherwise it wont work.
Within coil i have ferrite pieces with some distances. same ferrite of yoke or flyback.

Yes the red scheme i posted in earlier is most complete to what should be the kapanadze device. it makes sense now that is uses Electrostatic to form the massive amps not HF oscillations with spark gaps.

cheerz~

[NickZ]

  Hoppy:
  I understand your point, but, to assume that both lights are running consuming only 163 watts, each, is less than realistic. 
  I think that after 256 videos and being at this for years... Igor knows how bright the lights would normally be like by now, if they were both running at 1000watts I/P.
   In any case like I mentioned to Grum, the meter reading (although they can be way off), are insignificant once a device self runs, which is the whole idea here. 
  Just give him a chance to prove his point (part 3).  If he can't,  then, I doubt that I can do better. This feed-back effort is the toughest part of all, and is where most people fail at. 

  GeoFusion: Your last comments are reassuring. Also, interesting to hear that all your coils are wound in same direction, and won't work if wound in the opposite direction. Which is the same thing that I did with my version of the  Akula air coil shown in my picture. It also has 3 coils, (output, resonator, and feed-back coil) all in the same direction, and using about the same amount of winds as Akula is using. 
So, in time, "almost pregnant" will become, very pregnant.

[anandml]

Well done Geofusion and i like your enthusiasm..When you are going to make a self run device. I am waiting for that movement....

[Hoppy]

  Hoppy:
  I understand your point, but, to assume that both lights are running consuming only 163 watts, each, is less than realistic. 
  I think that after 256 videos and being at this for years... Igor knows how bright the lights would normally be like by now, if they were both running at 1000watts I/P.
   In any case like I mentioned to Grum, the meter reading (although they can be way off), are insignificant once a device self runs, which is the whole idea here. 
  Just give him a chance to prove his point (part 3).  If he can't,  then, I doubt that I can do better. This feed-back effort is the toughest part of all, and is where most people fail at. 

Nick,

Yes, I can see your point as well but until we see a scope shot of the voltage and current waveforms, neither he or we can be sure. I'll wager that those lamps are consuming under 200W each. I'm hoping that GeoFusion does not take current readings of his setups with a clamp meter, which is unsuitable for measuring HF current.

[MenofFather]

Here lighting 150 W 220 volts lamp. Input 16 volts and 1.5 A. Lamp brightnes about 30 volts.