Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[T-1000]

Hi guys i need ur help how to increase the voltage output of cap and pls clear my doubt the output of  capacitor shown in image is AC or DC supply.....

If capacitor is made in same direction winding as your coil, try to rotate coil on 90 degrees to maximize effect?

[energia9]

I can see one error in the ultimate graph:

Namely when multiplying v(v1)*i(v1) as well as v(L8)*i(L8), the phase difference between "v(...)" and "i(...")", is not accounted for.
Also mathematicaly:  RMS(i * v) <> RMS(i) * RMS(v).

Assuming they are dealing with ideal sinewaves, it should've been:
P_IN = RMS( i(v1) ) * RMS( v(v1) ) * cos(phi)
P_OUT = RMS( i(L8) ) * RMS( v(L8) ) * cos(phi)

P.S.
The notation i(v1) and v(v1) as well as i(l8) and v(l8) is misleading.
I_C1 and V_C1 as well as I_L8 and V_L8 would have been much clearer.

could you do a quick calculation to see what is the real output power, because the last graph about watts output seems misleading.
Ty

[verpies]

could you do a quick calculation to see what is the real output power, because the last graph about watts output seems misleading.

No, because I don't know if the graphs for "i" and "v" are synchronized in time and thus I do not know the phase offset between "i" and "v".  This makes it impossible for me to estimate the cos(phi), which is essential.

Also, I do not have numerical i(t) and v(t) data and without it I would have to estimate it from the pixels of the graph. An inaccurate and laborious process.

[itsu]

Hi anandml,

Hi guys i need ur help how to increase the voltage output of cap and pls clear my doubt the output of  capacitor shown in image is AC or DC supply.....

Be aware of the warnings in the original forum and the fact that the video was removed (see post #11837).
http://www.realstrannik.ru/forum/39-kapanadze/65688-analiz-ustanovki-kapanadze-3.html?limit=18&start=36#65791
"Do not do this, at best, will not work, at worst explode, DO. Conder at least 400 volts!!!"



That pulse coming from your spark gap will cause a ringing type pulse in your coil which will be coupled into the capacitor.
Looking at your coil, the ringing (resonance) frequency will be around 7-10Mhz.

So you probably will have a ringing type (7-10Mhz) AC pulse on you cap which is much to high for your multimeter to properly measure as your meter specs are:
AC voltage
Frequency range: 45Hz to 450Hz.

You can try to rectify that pulse coming from the cap with 2 diodes into an additional cap to have DC which you can measure.

Regards Itsu

[jbignes5]

 Hmm.. Seems some of my work has been done already. There are obvious differences but it is rather interesting.


http://www.youtube.com/watch?v=fCFO3-MOCYE&feature=g-all-f


The only thing is he is selling units. And he maintains access to the network by limiting it's use. Of course it was a test unit that the guy tried to steal. Rofl


He said he had full control over where the unit was and it's operation. Go Gps!