Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

Hi Hoppy, "switched" you mean "connected" or "switched" as pulse switched??

Nick, It "DOES" charge the cap rapidly to many hundreds ant it is a fact observed by myself. The question is what I can do with that.

I recall Doug Konzen stating you cannot pull load from the cap while the cap is still connected to the charging circuit.  The most practical solution he provided was to use two caps, one is engaged in charging; the other powering the load.  When the discharge cap falls below a certain voltage level, trigger a switching mechanism to swap the two capacitors electrically.

[NickZ]

  John.K:
  A working feed back path is the deal breaker, isn't it. Even if you can get more out than in, you have to know what to do with it.
  That's what we are here to learn. Or not?

[Hoppy]

Hi Hoppy, "switched" you mean "connected" or "switched" as pulse switched??

Nick, It "DOES" charge the cap rapidly to many hundreds ant it is a fact observed by myself. The question is what I can do with that.

Pulse switched John but at a safe voltage level for the battery.

[T-1000]

With capacitors if you put them inside of Tesla coil with right geometry they will get charged fast(that will be due strong electrical field radiation). You might to apply part of that in your playground and see how it goes...
Also there was different implementations in experimental setups and was experimented with 3 years ago by Delamorto and others.

Cheers!

[NickZ]

  Hoppy:
  You mentioned:
  "Not quite. The discharging cap needs to be switched into the battery and then the battery switched into the bulb via a DC-DC converter or inverter if a higher voltage is required."

   How would it work without any a battery, then, such as we have just seen. Any diagrams showing something like that?
Just a start battery, one tap, and that's it and that's all.