Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[jbignes5]

 @Woopy & Itzu Welcome.


Getting some great company joining us now.


@ woopy and the others trying to follow my additional comments to the diagram. I hope you guys see the attempt I made at generalizing the lines of voltage potential. The base coil I believe should be bifilar. This way it won't effect your transistors and make them heat up. The lines on my additions to the diagram are the two fields coming together. The field on the left is not by itself. It should have the other half in there on both sides as well. But for clarity I did only one side per field. Thanks for showing my additions in your video and I hope they are correct. Have not gotten very much input on the update yet except for the include in your video. So at least someone is looking at my visions. heh


I am still working on further updates to the additions of the diagram.


Meters will be all useless within the fields So you might want to measure all voltages and currents out of the range of the emitter. Other expensive machinery should be kept well out of the fields as they will go way beyond their tolerances and eventually blow or become very inaccurate and drain the internal battery of the device in the process. Tesla said something about a phone speaker to be the best detector of this field. I'll have to experiment some in that direction and try to decipher what he was getting at.

Also If you want to tap the field try bifilar coils around the tall coil. If the bifilar is of sufficient size, gauge wise, you might be able to tap all the energy plus whatever gets sucked up into the tall coil. Weather or not it is around or in the field must be looked into as well. The one turn also needs to be looked at as someone reported this worked as well.

Excellent videos!

[xenomorphlabs]

Anyone who can't get an effect with the Delamorto device at first attempt,
could try to make sure there is no arcovers between primary and secondary
Also it seems important to make sure that the ferrite is somewhat centered in the core, so
wrapping it in cardboard is a good idea.
I made a 3000+ turn secondary Kacher coil now and have better streamers, but the lamp does not light.
So there is an optimal tradeoff point between turns and resistance.
Also it can be confirmed that having the transistor nearly sit on the coil
increases the streamers (short wire length to transistor).
After making this important improvement, even my old secondary performed well.

[jbignes5]

Hey @woopy yep there is heat. It is not plasma. I've tried some 150w halogens but only get plasma in those.


I've also tried Wesley's circuit using the device as the HV but I get a better light with just the circuit you see. @jbig @stivep In fact because it is a different type of wave I'm not sure you could just substitute for the HV in Wesley's setup. I don't think (correct me if I'm wrong) the other flybacks are producing plasma or jumping through the insulation like the kacher/slayer. Insertion of the ferrite/Pipe as per Sem77 certainly increases current draw as you would expect.  Have we got three or 4 threads going now

Hehe yeah a ton of ideas all from one main idea(Kapanadze,@steveP and(Insert name here) a few others.))..


Well since I can't dissect the coil I won't be able to tell you if it is burning the insulation and hence shorting the transistors out. Thats my re-educated guess at this point. It certainly looks that way and Tesla makes it very clear that air is the problem. I believe the Tesla like coils started only to let Tesla play with the field and see how it works. Once he did that he formulated a way to use the field in a new transformer. filled with oil to make the breakdown near impossible. I doubt you guys want to drown your coils in oil lol.. The question is how do we tap this in the Tesla coil style?


You know I would try a mobile coil that you can place anywhere in the field and over it as well. Try both styles like bifilar pancake style or regular single wound. You will definetly want to rectify and either put it in a battery or into caps my guess would be.

Another thing is that if the magnetic lines pool on the surface of this vortex then putting iron or ferrite inside of the coil will draw that magnetic field into itself and the flow should start. Be careful at first using such high voltages like 25 volts. Go lower then ease it up and see the flow. When the whole unit hits resonance it will pump and concentrate the current to a very high degree.

I came to this idea by reading about the Tesla Turbines. These were actually my proof that Tesla was trying to see if what he was seeing was in fact a universal rule. Even though Einstein did not know the true workings of the universe, he knew enough that compression is the key. With Irons natural channeling ability of the magnetic fields and irons ability to accommodate the field lines and even compress them we have the perfect vehicle to separate the two components, pressurize them and use that bonus to our advantage in any direction we point the iron at.

I started to think more about the one turn copper plate bent around the ferrite rod. If you hooked a wire to the upper left of the plate and the lower right of the plate you would get such a huge current rise that one side would be very high in current and the other would act like the ground. You should be able to run a very good amount of current that way because of the swirling flow of magnetic lines going into the copper twords the ferrite. Hmm is that the key?

[Kator01]

here is the vid of the effect, https://www.youtube.com/watch?v=7TI_KGF6rBY

Hi Jimboot,

if you move the probes apart you form a bigger inductive loop ( 1/2 Winding) The High frequency electric field causes a displacement-current which overrides any  semiconductors inside of your probe. Another explanation :
the FET at the input-stage of your meter is exited by the oscillating electric field and runs wild.
I regard this as a normal behaviour in the space around a tesla-coil setup.
The field is in the space all around the tesla-coil. A sheet of metal seems to adapt the impedance so you can run a low-resistance indcandescent bulb at ease. I apologize if this has been already posted here:
http://www.youtube.com/watch?v=c98k8KswGR8&feature=mfu_in_order&list=UL

Kator01

[jbignes5]

Hi Jimboot,

if you move the probes apart you form a bigger inductive loop ( 1/2 Winding) The High frequency electric field causes a displacement-current which overrides any  semiconductors inside of your probe. Another explanation :
the FET at the input-stage of your meter is exited by the oscillating electric field and runs wild.
I regard this as a normal behaviour in the space around a tesla-coil setup.
The field is in the space all around the tesla-coil. A sheet of metal seems to adapt the impedance so you can run a low-resistance indcandescent bulb at ease. I apologize if this has been already posted here:
http://www.youtube.com/watch?v=c98k8KswGR8&feature=mfu_in_order&list=UL

Kator01

OMG FIRE! Rofl... Careful but a great video none the less...


What wire was that, that you were connecting... Ground???