Kapanadze Cousin - DALLY FREE ENERGY

[lancaIV]

http://jnaudin.free.fr/kapagen/kapagen33pio.htm
Naudin compared the brightness of a light bulb from kapagen and the brightness of a light bulb switched on ordinary from the power supply network.He did this experiment correctly.
The amount of heat does not matter, since with the same brightness the same amount of heat is obtained.
In this experiment, the Earth itself and the grounding is used as a wire in an electrical circuit. Nothing unusual. Predictable result.

Brightness means under " duty cycle"- conditioning not much !  https://en.m.wikipedia.org/wiki/Stroboscope
http://www.gerardmaas.net/techniques/stroboscopic-flash/stroboscopic-flash-are-you-on-the-right-frequency
                               
                                                 KAPAGEN INPUT AND OUTPUT POWER :
       power from halogen bulb as indicator means heat and light = total output/ total electric input
Only light/ brightness related we would have to declare the Cree LED for 800% more efficient than the KAPAGEN,
                                                                  what physically is not true/ correct measured !   
                                       Each appropriate device his appropriate function and appropriate use !

             Input/Output-power measuring could sometimes become very complex   
                                 http://www.rexresearch.com/tewari/tewari.htm   

[Sergh]

Do you understand the design and principle of operation of a halogen lamp?  Naudin use for Kapagen halogen lamp, not LED.

It consists of a filament from massive metal spiral. The filament heats up relatively slowly and slowly cools. To this halogen lamp does not apply these:  "Brightness means under" duty cycle ""
It is not possible. This lamp turns on and off very slowly.

https://en.wikipedia.org/wiki/Halogen_lamp

[AlienGrey]

Do you understand the design and principle of operation of a halogen lamp?  Naudin use for Kapagen halogen lamp, not LED.

It consists of a filament from massive metal spiral. The filament heats up relatively slowly and slowly cools. To this halogen lamp does not apply these:  "Brightness means under" duty cycle ""
It is not possible. This lamp turns on and off very slowly.

https://en.wikipedia.org/wiki/Halogen_lamp

Come on Sergh that's not going to work like that it will just average out even if your peak voltage and current
was raised it still averages out in the real world, the energy needs to come from somewhere.

[Jeg]

Make a Tesla coil and do this simple device. You will see Overunity .

Hi Conico
Is there any associated video showing the above circuit in action?

Yesterday i run an arrangenent like Roma'Aliev's type. First impression is that indeed preasure goes up a hell lot than when Katcher is working alone. My electronic digital meters that were close to the device, started showing numbers at their screen while they were OFF. When connecting a load, things change. Current climps at 3A at 24V to light a 42W incadesent at its 2/3 of brightness. I tried higher loads but system reacts as in any normal device. Still untuned though. But i don't think that things will change even with the perfect tunning. Perhaps it needs something more. Like a switch at the output which discharges the output cap at lower frequencies like 50Hz. Ruslan did the same using a mosfet and a yoke core. But in Roma/maxim  circuits i don't see such a switch. Except if it is hidden. 
Still in progress.   

[lancaIV]

Do you understand the design and principle of operation of a halogen lamp?  Naudin use for Kapagen halogen lamp, not LED.

It consists of a filament from massive metal spiral. The filament heats up relatively slowly and slowly cools. To this halogen lamp does not apply these:  "Brightness means under" duty cycle ""
It is not possible. This lamp turns on and off very slowly.

https://en.wikipedia.org/wiki/Halogen_lamp

I  do not know what you understand as " relatively slowly", from pulses/signals per second and temperature view.I used the LED ( cold light source)  for lumen/Watt comparison/ relation part.

Better for Lux-meter efficiency measure : lm/Watt and lx/Watt

https://en.m.wikipedia.org/wiki/Metal-halide_lamp
What do you want to declare " is not possible" ?
Like in great : a tank circuit https://en.m.wikipedia.org/wiki/Electrical_ballast
with standby  and switch on = consume/ charge and switch off = no consume/charge.
Between AC and DC in use is a difference, between W and VA is a difference .

How can/ should be pulse power calculated,  taking an off-grid source lika a capacitor- or battery-bank with recharge circuit :
http://rexresearch.com/kanarev2/kanarevpulsemtr.htm
As " on grid" consumer this all does not interest, but as " off grid" experimenter each pulse phase and pulse average/peak duration and total each pulse input power calculation is essential for comparison and improvements !
                  http://rexresearch.com/kanarev2/kanarevpulsemtr.htm#pulsepower       

                          15 KW ~ 144 W or standpoint view change 144 W ~ 15 KW,         

                           but he does not declare : 144 W = 15 KW or vice-versa

And really, I have got nothing against Naudin, very entertaining his trials,demonstrations and results and links.