Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[m786]

Hello,
is somebody working with mustafa007 device?
I would like to exchange experiences with somebody who really building that device.

I got COP 0.9, does anybody have COP >1 with that device?

[ronotte]

Hi wattsup,
I understand your doubts hence the complete interconnected circuit sometime is much better than words: I would have done it before . Do not hesitate to contact me for any reason. Good luck
Roberto

[arce]

Yes M786 i made  mustafa007 device ,  but have not obtained COP>1

[T-1000]

In chapter XXIV if you look at page 114 you will see Exactly what Wess and Kapanadze are doing.


http://www.scribd.com/doc/25989337/Nikola-Tesla-The-Inventions-Researches-and-Writings-of-Nikola-Tesla


For your enjoyment and enlightenment I have linked the entire book for you guys. It shows the exact setup but instead of a solid core Tesla used iron wire that had been annealed and oxidized for insulation purposes.

This book also talks about regular ac versus disruptive discharges. The two are very different and he tried to describe the differences and how to use them each. Also he talks about the disruptive discharges and that they need to be converted down into a form that can be used by regular equipment like motors and such.

You might experiment with resonant circuit where capacitor is in series with transformer and see what are results. I made quick sketch for circuit to play with(it is not complete circuit).
P.S. Q1 acts as switch to discharge capacitor and may overheat very quickly due capacitorC1 +reactive voltage from transformer going over transistor. The bulb X1 acts as protective fuse if both transistors Q1 and Q2 do not switch good enough.

[jbignes5]

 Thanks for that circuit.


I really think I got a handle on this now.


After reading the book and listening to Tesla about the differences of the two types of currents I fully understand how one he and other got their extra power. The explosive discharge is the key the problem is now what do we do with it. We need a good target that does not react or inhibit the discharge.


As I have always thought the bifilar coil is the key to that.


I started to think about his analogy to Niagra falls and the power plant he made there. But in that case he didn't have to make the flow to harness. It seems we got away from the toroid type transformers and lost a huge valuable tool to handle the bursting capacitance discharges he used for the "freaks" that got him called a magician. One of those "freaks" was apparently the Roadster experiment. In that report it said that when he brought back the car for inspection to the Westinghouse guys that they said after seeing it work that he was using magic. There was no higher insult to Tesla and that is was prompted him to drive the car out and leave it in a barn.


The "freaks" Comment was from the other document I referred to earlier with his lawyer in court when Wardencliff was going into bankruptcy.


Tesla talked about the explosive power of the capacitance discharge and how he could take out of a capacitor just about any horse power he wanted. If that is the case then even with the smallest gap you could have more then enough power to run just about anything one wanted. Horsepower to watts is 1 horsepower=735.5-750 watts. Tesla was reputed to talking about 1 million horse power at times. So that would be 750 million watts.

Lets look at this again:

" Such a transformer may, by properly proportioning it's several elements and determining the proper relations between the primary and secondary windings, the thickness of the magnetic shield and other conditions, be constructed to yield a constant current at "all" loads."

We also have to understand that he was referring to motors. Doesn't this sound intriguing? Even at the highest load of the motor it would exhibit the same constant current at the lightest load... Hmmmm... How is this possible?

The comment about Thanes device is weird at best. Thane Has shown that creating a high voltage component inside of a winding does in fact give more back as the load increases. This I believe is because the high voltage component is not effected by magnetic fields. They are 90 degrees apart from the electric field that builds up inside of the transformer. Although the inductive component does come into play effectively biasing the base voltage levels. If one raises or biases one component (voltage) it still translates into a higher current when converted back down or up in the case of the motor he uses. The high voltage coil is only a base bias. Once activated it raises all outcomes.

12 volts @ 10 amps = 120 watts -normal
12 volts + (bias coil 120 volts) @ 10 amps = 1320 watts

Thats a huge difference and it is why he sees a speed increase in the motors.

Since he pads the core with the high voltage coils once the bias builds up he sees and increase in power output. Also the power required to increase the voltage with the bias is extremely low once it has built up. It acts like a storage tank and raises only the voltage side of the transformer but still sees an increase due to the watts conversion. You could think of it like adding a magnet to a toroid. It likewise will bias the outcome and raise the output in a limited way. In order to do this in a less limited way one only needs to use the variable magnet or electromagnet.

Now Tesla also did an improvement on the electromagnet. This was his spirally wound bifilar coil. Which would increase the voltage capacitance of the coil to extreme amounts. If thane had used the flat wound bifilar coil and stacked them in parallel or series I am betting the outcome would be so high that very little actual current would need to be used to kick start the process. Once the capacitance of the bifilar was filled you could effectively not use current at all. Well very little would need to be used.

I know this is becoming a diatribe but hear me out if you will.

Using both techniques give rise to a novel form of new transformer. This includes the transformers in motors as well. The novel form of transformer is an internal high voltage self terminated coil. It's only purpose is to increase the bias of the core from a high current(magnetic) to a high voltage component. Since one doesn't effect the other in the sense of induction other then biasing the voltage of the secondary you could in effect multiply your results without doing much. What we do is take Tesla's magnetic shielding concept and only change one thing. Self terminate the internal high voltage coil or even run it into a resonant capacitor(I haven't tried this yet) and or spark gap. As the current gets to a certain level of the high current coil around it, it will energize the internal coil and start the process of biasing the coil outside of the magnetic shielding at a predetermined level. In the case of the spark gap it would be an advantage to let the cap discharge and use that for the disruptive discharge side. In some way we could use that to run the whole shebang after it has reached a certain level. Seeing that Tesla said he could take any amount of horse power out of a cap, to a degree, then it makes sense that we could harness this process to run itself.

This will need to be tested. I am working on a new design of my motor that will have this incorporated into it. I will start testing the bifilar parallel and series coils to see what capability it will be able to hold the charge necessary to raise the external electric field and bias the current we are using for very little current.

In my opinion this is exactly what Kapanadze is doing in the coil on coil model. Basically the internal high voltage coil is just an electric field capacitor to bias the external working current coil and get more out then the input via the inductive process.