Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[NickZ]

  No clues is the idea. He's not trying to help anyone but himself.  I can't blame him.
At least he shows us the possibilities, then it's up to us to solve the riddle, or not to.
I am very thankful, even for that. Otherwise we would never even have a clue that such a thing is even possible.
  With all the witnesses to all his different devices, and not one person has ever caught anything faked, ever. They are not just all dummies with cameras and cell phones taking pictures, some of them know what to look for.  I wish that Hoppy had been one of them.

  We'll have to wait until something more replicable comes around. What a shame...
a very very real shame.     Or, we can start to do more about it.  How about it???

  My heartfelt reason tells me that what we see in those videos is as it really is, no more and no less. We must connect the dots.

   Although I couldn't find it now, I know that I've seen the video where TK shows what is in the tin can. It was an big iron core transformer, as I've mentioned previously. Of that I'm sure.
  Possibly the big filter capacitor and rectifier that Akula used, works in the very same or  similar way.  To drop the voltage, as there is HV to filter down and convert to 12v DC, to keep the battery charged.

  Itsu: I liked your latest video, I hope that you can reach some positive results. Good luck.
 
  Keep the faith guys..

                                     NickZ
 

[Hoppy]

Let's see what we have here: »230V Live« means a) a hidden wire suitable for 25 amps b) a hidden »Thyristor Chopper« which can also cope with 25 amps c) two switches (S1 and S2) when both closed connecting the output of the inverter to 230V mains without melting down the output stage of this inverter (don't know how loud the noise could be during a meltdown). Actually I'm rather doubtful if this schematic could ever do a reliable job (of faking).

Why should it take out the inverter output stage as TK's inverter is most likely using a conventional iron transformer output. Anyone using an HF based electronic inverter for this type of application is sure to run into trouble.

[Hoppy]

You are talking about the same violently fluctuating readings like in this video?

Of course there are fluctuating readings because of a spark polluting the whole setup. But this does not mean this spark is really necessary. A spark acts like a fast switch for high voltage. But I can't see how a fast switch should contribute to an additional energy output of the setup. Early Tesla had no other means than using a spark. A modern transistor can easily create high voltage with a frequency in the range of hundreds of KHz without a spark. So why using still a spark? Because it is more photogenic?

But since TK's five light bulbs are each rated at 1000 watts then the power output should be 5000 watts regardless of the fluctuating readings. Maybe TK has faked the light bulbs too.
Actually I'm waiting for others to fill in the big question mark, so I can attempt a replication of my proposal for the real McCoy.

The video you refer to is faked!

   Why should the lamp power dissipation be 5000W just because the five bulbs are rated at 1000W each, given that we don't know what voltage was being applied across the bulbs, as the guys meter measurement was fluctuating wildly?

    If you are expecting others to fill in the big gap in your schematic for you, then how will it be a replication of your proposal?

[verpies]

A modern transistor can easily create high voltage with a frequency in the range of hundreds of KHz without a spark. So why using still a spark?

Spark-gaps are still a higher voltage and a faster ON-switches than any transistor.  They are slower OFF-switches than transistors, though.
Single transistors above 1200V are hard to get and expensive and I have never seen a single transistor capable of switching more than 3kV.

[anandml]

IMO its simple enough to build, so lets get building as Nick suggests  . See simplified schematic attached of my proposed replication. Note the 2-stage switching, which if switched incorrectly connects 230V from the grid directly to the primary of the step-down transformer whilst the inverter is running, thereby causing the loud 'noise' we here on the video!

Edit: An additional pole to switch S1 is needed on the input to the thyristor chopper to prevent the inverter output from feeding the lamps when switch S2 is 'closed' with S1 'open' (stage 1).

Dear hoppy i have only one doubt please tell me why there is no loud noise at here on the video(05:38 and 08:35). Tk directly connects 230V supply from the grid to the primary of the step-down transformer at this time  (05:38 and 08:35 from Tk's 2004 video).........