Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

    T-1000:
    Is there some proof, that the input drawn is lowered when the HV and grenade coils are in sync?
It' not that I don't believe it, but, is there any proof of that assumption. As you've mentioned it repeatedly,
yet have not shown any proof or example of it doing so.
 

   EDIT: In Ruslan's earlier videos he is showing a draw of over 10 amps, at 24v, going through his amp meter when the device is self running.  Not 0 watts, or just a few watts.  Therefore my question about consumption.

   My device is drawing more power when the two induction systems are in sync, as compared to when they are not in sync. As is shown in my last video. Although I didn't mention it at the time.
  As my Kacher is still not is sync with the grenade's induction coil,  I can't prove or disprove the bit about consumption dropping at resonance. 

[Tomtech29]

When there is HV shock-wave present on transformer not only bulb goes brighter but also the power consumption on the inverter drops sharply. The assumption is you can reach power consumption down to the very low level while the output stay high.
It is my personal opinion on all this after of observation in many different experiments but it has real value to explore. Especially when you have bucking coils in steps with net inductance closing to zero still the with the high power output and not coupling with input power consumption.

Bro.
I also had it in my head and I wanted to ask  about how much profit receive power back to the source ?
strengthening works only difficult it is..

[Hoppy]

When there is HV shock-wave present on transformer not only bulb goes brighter but also the power consumption on the inverter drops sharply. The assumption is you can reach power consumption down to the very low level while the output stay high.
It is my personal opinion on all this after of observation in many different experiments but it has real value to explore. Especially when you have bucking coils in steps with net inductance closing to zero still the with the high power output.

I'm more than happy to accept that improving efficiency of energy transfer could result in a reduction of power consumption and even an increase in output. I've seen this myself when impedance matching is optimised. The open core devices we are experimenting with are inefficient in comparison with well designed closed core transformer devices, so even coil / core configuration changes made whilst experimenting can easily lead to the observation of the effect you describe. The only way to determine if this effect is a true amplification of energy is by appropriate measurement and as far as I can tell, this has so far never been satisfactorily demonstrated.

[NickZ]

  Hoppy:
   Check the edit on my last post.

[T-1000]

Nick,
The situations I am referring can be easily checked. With your grenade setup and series resonance instead of Tesla coil you can do little test with the discharge from flyback. Just do it on the coax cable which is terminated in copper tube with braid on the beginning and coax mid cable connected to the end.
Then bring the copper tube near grenade coil running and see what influence you get on the input and the output of power readings.

P.S. the phone spell checker sucks on electronic terms...