Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Coruscant]

There is still the noted difference of JLN using Halogen lamps as well as the 220volt rating for ALL of his lamps in series.   I believe this represents an impedance imbalance if compared against my 5 x 240watt 120volt lamps.   (total 600volts rated in series at ~1.8-2.0amps conventionally)  200/600 = .333 amps.  Curiously if I put the clamp ammeter over one of the leads going to my load I note a current of 1.18amps roughly thats fluctuating around that figure. 

14 x 220v lamps all 150watt rated.   14*220=3080volts and the amps needed for that volt figure is still just 150watts...  so 150watts divided by 3080volts is only a current of .049 amps.  So 50mA is all that his setup needs to draw in terms of "real current" from the earth at the 3080 volt series connection of his lamps.   Is that right? 

So really what maybe is needed is the exact halogen 150watt 220volt lamp load of 14 lamps to "replicate" JLN's finding directly... as that might be whats offsetting the current that I'm drawing today at 9.6amps-ish.

Thoughts?
Coruscant

[Coruscant]

Doh that should have been 240/600=.4amps... or 400mA.  Sorry Math ain't my strong suite. 

Coruscant

There is still the noted difference of JLN using Halogen lamps as well as the 220volt rating for ALL of his lamps in series.   I believe this represents an impedance imbalance if compared against my 5 x 240watt 120volt lamps.   (total 600volts rated in series at ~1.8-2.0amps conventionally)  200/600 = .333 amps.  Curiously if I put the clamp ammeter over one of the leads going to my load I note a current of 1.18amps roughly thats fluctuating around that figure. 

14 x 220v lamps all 150watt rated.   14*220=3080volts and the amps needed for that volt figure is still just 150watts...  so 150watts divided by 3080volts is only a current of .049 amps.  So 50mA is all that his setup needs to draw in terms of "real current" from the earth at the 3080 volt series connection of his lamps.   Is that right? 

So really what maybe is needed is the exact halogen 150watt 220volt lamp load of 14 lamps to "replicate" JLN's finding directly... as that might be whats offsetting the current that I'm drawing today at 9.6amps-ish.

Thoughts?
Coruscant

[leo48]

ciao la lampadina e accesa anche quando lo spinterometro non è attivo, quando viene attivato la luminosità aumenta ,penso sia una sorta di amplificatore magnetico con alto voltaggio e spinterometro al posto della batteria
ciao

Hello gnino this is translation:

hello The lamp is on even when the spark gap is inactive, is activated when the brightness increases, I think it is a kind of magnetic amplifier with high voltage and spark gap instead of battery
hello

Regards
Leo48

[gnino]

Hello gnino this is translation:

hello The lamp is on even when the spark gap is inactive, is activated when the brightness increases, I think it is a kind of magnetic amplifier with high voltage and spark gap instead of battery
hello

Regards
Leo48

http://www.youtube.com/watch?v=r7C1b7-w3Hs

grazie leo

[xenomorphlabs]

Hello gnino this is translation:

hello The lamp is on even when the spark gap is inactive, is activated when the brightness increases, I think it is a kind of magnetic amplifier with high voltage and spark gap instead of battery
hello

Regards
Leo48

Hmm, he uses a lab power supply and no battery and the lamp is on because the inverter feeds it. It´s 2 circuits !
There is not only one possible explanation for this, as of yet there is no gain in this system. The lamp is probably 7 Watt.