Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[a.king21]

The mechanical resonance or LC resonance has been worked out completely since the 19th century. There is no energy gain in it - just accumulation and storage (most often with loss over time, a.k.a. dampening).
I will not repeat the equations on Wikipedia here. You can find them here and here.

The Q of the building is so low that a 10W tapper cannot break through the dampening effect of the construction. To shake it like that, MW would be required.

So the artificial earthquake story is fake or it was accomplished via other means than mechanical resonance.

P.S.
Watch Mytbusters. One of their episode busted the myth that a lock-stepped army platoon can resonate a bridge to destruction (wind - yes, boots - no) and in another episode they tried to shake a building and a bridge with a "tapper" like Tesla did allegedly - it did not work.

So you're calling Tesla a liar.
Guess I win.
Myth busters also "replicated" a Bedini. They didn't even put a pick up coil on the construction. But then again, the adverts that pay for the program might just be paid for by, Shell, Esso, BP, Ford, General Motors... I think we all get the picture....except you.

[Zeitmaschine]

Sorry for using physical abbreviations, L stands for inductance which is an inherent physical quantity for any inductor including air core coils of course.

Exactly what I'm saying. Hence where in the TK tent setup is the huge inductance (L) that needs 12 huge caps (C) in order to create resonance (or compensation)?

The inductance (L) of my transformer has a value of 6.75 Henry and it resonates with 1.5µF at 50Hz. The bank of 12 capacitors have surely a lot more than 1.5µF, so there should be a lot more of Henry hidden in the device in order to resonate with these 12 caps.

Sounds logical, I think ...

[xenomorphlabs]

Exactly what I'm saying. Hence where in the TK tent setup is the huge inductance (L) that needs 12 huge caps (C) in order to create resonance (or compensation)?

The inductance (L) of my transformer has a value of 6.75 Henry and it resonates with 1.5µF at 50Hz. The bank of 12 capacitors have surely a lot more than 1.5µF, so there should be a lot more of Henry hidden in the device in order to resonate with these 12 caps.

Sounds logical, I think ...

When you talk about about the size of the power factor correction cap bank then you must mainly look for the L in the load.
That's where PF correction is done e.g. for factories with lots of motors etc.
In the turkey demo (@ 3:00mins )TK had connected all kinds of loads including 2 motors, representing an inductive load
In the green box, he had a pure resistive load. Hence the only reason why there is a PF cap bank in the turkey demo, due to a different load.

[Zeitmaschine]

When you talk about about the size of the power factor correction cap bank then you must mainly look for the L in the load.

There is no inductive load (motor) connected in this video, only some heaters

http://www.youtube.com/watch?v=SKFW1uwLN3U

nevertheless the caps are still there.

How do I know the caps are connected in this video? Because they are hard-wired (no plugs, no switches, one wire is even cut because of this). Now supposed the caps are there to compensate the inductive load of a motor and TK knows he will connect and disconnect a motor (or even a few different motors) during the presentation. Then why has he hard-wired these capacitors, so he can't change them (the capacity) quickly without the use of a screwdriver (or a knife)?

Therefore, why should heaters as load (with no L) need a bank of capacitors?

[xenomorphlabs]

There is no inductive load (motor) connected in this video, only some heaters

http://www.youtube.com/watch?v=SKFW1uwLN3U

nevertheless the caps are still there.

How do I know the caps are connected in this video? Because they are hard-wired (no plugs, no switches, one wire is even cut because of this). Now supposed the caps are there to compensate the inductive load of a motor and TK knows he will connect and disconnect a motor (or even a few different motors) during the presentation. Then why has he hard-wired these capacitors, so he can't change them (the capacity) quickly without the use of a screwdriver (or a knife)?

Therefore, why should heaters as load (with no L) need a bank of capacitors?

I was actually referring to this turkey presentation at 3:00 : http://www.youtube.com/watch?feature=player_embedded&v=_CRkDySQCSM#!

The fact that in the other aquarium,green box etc. presentations there is no clearly visible cap bank is strange then.
However those were single-phase units.

Maybe his PF at some point is so low that he has to correct it regardless of what he will use as a load.
I would like to quote valued user bolt :

ZPE takes place within a device of high VARS then coupled in such a way as to maintain a power factor of ZERO.  Too many to list here but kapanadze, Don Smith and the TPU included.

With the caps he maybe tries to bring it up to cos phi = 0.7 - 0.8ish to make sure the reactive power can be actually consumed.
But this is all speculative as to whether that is the purpose of that cap bank, only TK knows hehe.