Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[dllabarre]

I was re-reading some of the earlier posts (page 5) and ran across this:

Now about the video: what he said (video 4, close to end): he mentions Melnicinko (if i heard correctly) and resonance. What he says as his findings is he found how to keep resonance. After very "smart" question of the reporter 9:38, where she asked:
-You said the main thing is to keep..... to keep what?
-Resonance.
-Yes, resonance. Where is you resonance? (this is exact translation)
The guy thinks for a moment understanding (maybe) that reported have no idea about what is resonance the points to coils and says:
-Resonance is between primary and secondary coils. (then he thinks a second and says) Resonator is inside. At this moment, this is THE secret, until it will be patented, and the it will be open for society.

Don

[bolt]

Second attempt. After this mornings smoke test I almost gave up. Then there were some encouraging posts and advice. Here is some progress to report. I noticed on my set-up it works much better with high resistance loads. I started with two 40w light bulbs in series and then thought to try fluro tubes. I am up to six tubes in series with the two original 40w lamps. All the fluro tubes were removed from service a year or more ago as dim or non lighting. It reminds me of when many of us were adding LED's in series working with Dr. Stifflers SEC, what fun!
I have no way right now to measure input current. The voltage out of the variac is 90 volts. The spark has become very quiet with this load. I may post a short video on youtube later.

FL's very easy to light up. You can light what you have there using a cheap 14.99 plasma  ball and two bits of kitchen tin foil will EASY light up 4 or 5 tubes. Power consumption to plasma ball is under 5 watts to light over 200 watts of FL's. Anyway sorry to digress need to stay on topic.

[iflewmyown]

@ romerouk

I have duplicated your setup at my house. I can easily light up  14   100 watt   incandescent bulbs brighter than one plugged into the wall socket. My old fashioned analog clamp meter shows seventeen amps at 120 volt input. To prove that reading I just added 600 watts of load to the same circuit and waited about 50 seconds for the 20 amp circuit breaker to blow. You can do the same thing to test your input without a meter. Most circuit breakers will hold 80% of load for hours and 100% of load for minutes. Just add watts of additional load to the same circuit that is powering your device and see when the breaker trips. You will not be accurate within a few percent but you can surely tell if your digital power meter is off by 100%.
Garry

[e2matrix]

I was re-reading some of the earlier posts (page 5) and ran across this:

Now about the video: what he said (video 4, close to end): he mentions Melnicinko (if i heard correctly) and resonance. What he says as his findings is he found how to keep resonance. After very "smart" question of the reporter 9:38, where she asked:
-You said the main thing is to keep..... to keep what?
-Resonance.
-Yes, resonance. Where is you resonance? (this is exact translation)
The guy thinks for a moment understanding (maybe) that reported have no idea about what is resonance the points to coils and says:
-Resonance is between primary and secondary coils. (then he thinks a second and says) Resonator is inside. At this moment, this is THE secret, until it will be patented, and the it will be open for society.

Don

It is indeed an unusual coil here.  Good observation in finding that.  Can you elaborate on what you think is happening in the coil to cause extra power from this coil? 

[callanan]

@ romerouk

I have duplicated your setup at my A. I can easily light up  14   100 watt   incandescent bulbs brighter than one plugged into the wall socket. My old fashioned analog clamp meter shows seventeen amps at 120 volt input. To prove that reading I just added 600 watts of load to the same circuit and waited about 50 A for the 20 amp circuit breaker to blow. You can do the same thing to test your input without a meter. Most circuit breakers will hold 80% of load for hours and 100% of load for minutes. Just add watts of additional load to the same circuit that is powering your device and see when the breaker trips. You will not be accurate within a few percent but you can surely tell if your digital power meter is off by 100%.
Garry

It should be a simple task to determine if the coil and grounds are adding energy to the system or not. Simply bypass the coil, grounds and/or the spark gap and see if the lights light up as bright or perhaps brighter.....

I know this sounds obvious, but for anyone who believes they may have success or not with this system, simply stating your results with the coils-grounds-spark gap bypassed and then connected and the difference in the lamps brightness between the two, will give important information as to how successfull or not your system is.