Kapanadze Cousin - DALLY FREE ENERGY

[a.king21]

Hoppy:  I agree about fakery. But you should look at the materials he's using. Why use cling film or polystyrene sheets?
You could do a better job putting stuff in a shoe box or using a bin liner. In my opinion he needs the polystyrene just as Kapanadze needs the HV shielding, because they are both using static feedback.
I think he's just discovered the Kapanadze secret and rushed to put the video out.
Something else which resonates. Kapanadze said to me he went through bucket-fulls of  transistors till he found the right ones.
This guy is experiencing the same problem.
My money's on the capacitive  build up between bifilar coils, and the routing back of this static.
That explains the transistor failures and the overabundance of plastic sheeting and the need for a good wet earth ground.
One has to also look at positive facts also and thank him for at least putting the video out.
If enough people replicate, even if they don't tell us how, we can develop a common modus operandi and eventually crack this thing.

[GeoFusion]

Hi there,

Nightmare : Can you pls upload the pic once again, the link is broke. (=

Or if someone els can please do.

Thank you (=

[NickZ]

  Sorry, I don't agree about all shown devices being faked.  This has been the only consistent comment made by only a couple of people to every single device, diagrams or videos, that we've seen yet, up to this date. With no proof of this whatsoever.  And with the result of this disinformation bringing more and more doubt that any such devices work as shown, or are even possible.  Does this benefit, anything???  I don't think so, and definately don't agree with that line of thought.

  How about if we continue to build replications of what we think may really be the cause of such effects, as are being shown.

  The newest line of thought now is that there is some kind of carrier wave. That may be superimposed by more than one frequency, pulse, or what have you. Can this idea be tested? And how do we actually go about it, to prove the point.

[Hoppy]

Hoppy:  I agree about fakery. But you should look at the materials he's using. Why use cling film or polystyrene sheets?
You could do a better job putting stuff in a shoe box or using a bin liner. In my opinion he needs the polystyrene just as Kapanadze needs the HV shielding, because they are both using static feedback.
I think he's just discovered the Kapanadze secret and rushed to put the video out.
Something else which resonates. Kapanadze said to me he went through bucket-fulls of  transistors till he found the right ones.
This guy is experiencing the same problem.
My money's on the capacitive  build up between bifilar coils, and the routing back of this static.
That explains the transistor failures and the overabundance of plastic sheeting and the need for a good wet earth ground.
One has to also look at positive facts also and thank him for at least putting the video out.
If enough people replicate, even if they don't tell us how, we can develop a common modus operandi and eventually crack this thing.

You could be on target here with the plastic. I think we certainly need the bifilar coil. I can understand TK having a problem with bipolar transistors as I have smoked many when using them in high power oscillators. Mosfets are much better suited to this application when proper protection is built into the design. I have still not shifted from my view that TK has a concealed PSU but I am moving towards a view that he has found a very efficient way of driving his lamp arrays using an unusual bifilar coil configuration. Frequency of device operation could also be a factor here in respect of gaining optimum luminosity from the tungsten filament lamps.

Nick mentioned that a ferrite core should improve performance. I have re-tested my setup and found that there is a small improvement when tuned carefully with bunch of four 10mm diameter ferrite aerial rods inserted into one half of the coil former. The figures are as follows using a 60W, 230V tungsten filament lamp as load: -

With ferrite core: 580V pk-pk (across secondary when loaded), 18.38KHz, 3.72A & 13.9V from bench PSU. 52W.

W/out ferrite core: 580V pk-pk (across secondary when loaded), 26.04KHz, 3.34A & 18.0V from bench PSU. 60W.

The pk-pk voltage level did surprise me which suggests that TK's voltage levels could be even higher, thus the need for the shielding you think is necessary. The use of co-ax inner core protected with a polyethylene sheath as we see TK using for his output load coils does strongly suggest that pk-pk voltage levels are very high. I will redo the test using different capacitor values for comparison.

[NickZ]

  It's very possible that a.king has a point about the use of that particular plastic wrap. And that may not be just any type of plastic, either.  So, Let's just  give that guy a break and see what he comes up with next. Hopefully the 2- 3kw devices as mentioned.
He does not look like a scammer to me.
  Hoppy, glad to hear that you got different readings with the use of ferrite. Just imagine what real high perm ferrite can do. Like the 80.000 perm stuff, not just 2.000 or less.
  May be the bifilar coil does have a different effect, but you are also using it in a different way, with a center tap.  The caps may also be limiting the output to a degree, good to try different ones. A variable capacitor might also be useful to find the sweet spot, as these devices may work like a transmiter/receiver, or transceiver, running at radio frequencies, or close to it.