Tariel Kapanadze's Independent Energy Generator - Boosting and Resonance Technology - Several Simple but Effective Versions
The Tariel Kapanadze generator is a transformer based on the TESLA transformer design, but with a resonant output at a much lower voltage than the "TESLA coil." It is an independent energy device, with output energy exceeding input energy per unit time.
This is demonstrated in Tariel Kapanadze's patent from the 2000s, titled "Independent energy device." The patent primarily consists of block diagrams. However, at that time, Tariel Kapanadze himself demonstrated his invented technology and shared the design with developers.
The image above shows the generator built by Tariel Kapanadze, posted on his YouTube channel. Later, other technical developers created different versions. And in fact, there are many different versions.
Here's a noteworthy forum comment about the Tariel Kapanadze generator:
"I hope so, because it means we'll be free from the control of multinational fossil fuel corporations.
This device was originally developed by Tariel Kapanadze, who even patented it. Anyone wanting to mass-produce this device could have done so at least twelve years ago, by paying royalties to the inventor. This hasn't happened yet for reasons (unclear). The fact that other amateur scientists have created a similar device doesn't allow them to do so without TK's patent. From a scientific perspective, understanding the nature of this energy will be very interesting, in order to improve, adjust the size and miniaturize the generator for future mass production. From an environmental perspective, this would be one of the possible solutions." This addresses the issue of air pollution caused by greenhouse gases. According to TK, a mass-produced 5kW generator would cost approximately $300-400 USD." - Source.
That comment is noteworthy because it contains the question: Why hasn't humanity yet used free energy technology? The answer would involve censorship of educational content, systematic repression by the ruling elite, and many other complex issues.
That comment is noteworthy because it contains the question: Why hasn't humanity yet used free energy technology? The answer would involve censorship of educational content, systematic repression by the ruling elite, and many other complex issues.
There's a more important question for those passionate about free electricity technology: Why have so few people demonstrated Tariel Kapanadze's generator in recent years? Is it very difficult to replicate Tariel Kapanadze's generator?
It's true that replicating Tariel Kapanadze's generator is very difficult. Because someone has made a very similar model, but the results were not as expected. In fact, many people have succeeded by calmly reviewing expert interpretations of this transformer system.
The most difficult thing in building the Tariel Kapanadze generator was creating a resonance mechanism to obtain high voltage and high current.
Unfortunately, the theory of electrical resonance in mainstream science only considered it at the mathematical level related to L-C oscillating circuits, including the values of the inductor L and capacitor C. The vague understanding of electricity and magnetism in the electromagnetic theory was simplified by Maxwell's ETHER, reducing the 20 equations in ETHER to just four fundamental equations of electromagnetism. Modern electromagnetic theory has abandoned the description of electromagnetism through the mechanical model of "Ether," leading to flawed interpretations of electricity and magnetism in L-C oscillating circuits, and the resonance condition of the circuit is merely a mathematical condition with the impedance of capacitor C equal to the impedance of inductor L.
Resonance in the theory of electromagnetism, through the mechanical model of "Ether," refers to the dielectric, Faraday force tube, displacement of electric field lines, direction of electric field line displacement, Poynting vector, etc. In particular, the longitudinal dielectric wave in the model with Ether is a type of wave considered by TESLA; it is faster than the speed of light.
In Tariel Kapanadze's system, there is a longitudinal wave similar to the TESLA transformer. The longitudinal wave is combined to create a standing wave after resonance, creating a dielectric field that regulates the voltage and current in the coil.
The most crucial condition is that resonance must occur in the system; otherwise, it won't work. Therefore, Tariel Kapanadze's high-power, free-energy device is very difficult to replicate.
So I've presented two simple but effective circuits that can be applied to practical designs:
If you are familiar with TESLA transformers, you will know where the high voltage is generated in the two diagrams above. There are several ways to generate the high voltage in the image above, including using a flyback transformer to convert 12V to 10kV-30kV.
These transformers are readily available on the market at a relatively low price. For example: flyback transformer. | OR flyback transformer US.
Explanation:
+ Nanoperam stripes 2 cm:
Nanoperam is a high-grade, expensive soft magnetic material. Therefore, replace it with PVC tubing and wrap it with magnetic strips called "nanocrystalline ribbon," which is an alloy (Fe-based) with a nanocrystalline structure and extremely high magnetic permeability (μ can reach 80,000+ as shown in the image).
+ Bifilar coil:
Note that the number of turns shown in the image is 320 turns per independent coil, so two coils would have 640 turns. The two coils are wound in the same direction, measured from each side. I repeat the diagram for your consideration:
+ Other components: aluminum tube, and auxiliary coil.
The aluminum tube, as shown in the image, must be open, i.e., have a hole, and a diameter of 5cm.
The auxiliary coil wound on the aluminum tube has 80 turns.
The wire size is the same, capable of handling a high current of 2KW.
The primary coil alone, with 3.5 turns, is quite large, the distance between the two wires wound on the cylindrical surface is 1 cm.
Electrical energy conversion:
I will explain the conversion in more detail in the comments or later. Basically, the output voltage is high-frequency AC.
There is a simple way to convert the output voltage using a diode rectifier bridge, then charge the capacitor to create a usable DC voltage.
There are many more interesting things I haven't explained here about this resonant transformer. The circuit diagram is simple, but the more I think about it, the more questions arise, and a reasonable explanation, as I estimate, requires accepting the existence of ETHER.
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Additional information:
As mentioned above, I may return to write more to help you build this machine.
First, I'll make this circuit clearer. See the clearer circuit diagram below.
Power supply block
There is a block in the diagram above labeled 10KV and 494. Many people don't know how to generate such a voltage from a 12V-24V battery. Actually, this block uses a DC pulse frequency regulator combined with a flyback transformer, or a high-voltage transformer using MOSFETs. Below is a circuit diagram of it.
A circuit quite similar to the one above is available on the market, as shown in the image below.
Check: DC 3.3V-5V to DC 15-30KV Arc Igniter High Voltage Module No-load High Power High Voltage Booster Module High Voltage Coil | OR: TL494 "high-voltage" generator.
The noteworthy aspect of the circuit above is that the voltage is adjustable. I'm not sure if the frequency is adjustable, but with semiconductor-controlled high-voltage transformers, voltage is usually linked to frequency. This device can be used to help adjust both voltage and frequency to achieve resonance in the Tariel Kapanadze system.
Other factors are also crucial for ensuring resonance and cannot be overlooked. Therefore, we must consider them further.
The aluminum tube is where longitudinal wave resonance occurs.
The primary winding of the TESLA transformer and the auxiliary winding, each with 80 turns. These two windings are separate. This means two separate cylindrical tubes are needed: one specifically for the TESLA transformer, and one aluminum tube as shown in the image.
The auxiliary winding (right side, 80 turns) must be wound on the aluminum tube. The winding direction is as indicated by the dots in the diagram. If the dots are on the same side, the winding direction is the same. The auxiliary winding is wound in the same direction as the main winding.
There are two coils inside the aluminum tube, wound in a bipolar fashion, either clockwise or counterclockwise from two sides. However, when placed opposite each other, they are considered two coils wound in opposite directions on a single shaft.
The shaft can be made of plastic tubing, but it is wrapped with magnetic tape, similar to double-sided tape, but magnetized. Then the coil is wound onto it. The type of tape shown below is a nanocrystalline magnetic ribbon.
This is a nanocrystalline magnetic ribbon. Check: 1Meter/LOT Rubber Magnet 10*1 15*1 20*1 30*1 mm self Adhesive Flexible Magnetic Strip Tape 10mm/15mm/20mm/30mm thickness 1-2mm.
Explanation of longitudinal wave resonance.
There were comments requesting an explanation of the resonance of this system. Many experts refused to provide an explanation, only offering circuit diagrams as a formula. This is simply because no one pays them. Many people exploit forum experts as free servants. However, the fact that developers and experts share knowledge is undeniable; they share a lot, but their occasional refusal is normal.
I will offer the following explanation of resonance in the aluminum tube:
Two secondary coils inside the aluminum tube are wound in opposite directions on a cylinder wrapped with magnetic tape to enhance the magnetic flux inside the tube.
The curved magnetic field lines are blocked by the aluminum tube because aluminum is an insulating material. Therefore, only magnetic fields with lines running along the plastic inside the aluminum tube affect the primary coil (80 turns).
The 80-turn auxiliary coil also creates magnetic field lines inside the aluminum tube, at the center of the tube. This results in two vertically coupled dielectric fields, similar to the coupling of two longitudinal waves in mechanics.
Modern physics ignores the study of this type of vertically coupled dielectric field. Instead, it studies voltage and current with the mistake of considering current as electrons. That is, they only study it indirectly through the changing charge inside the conductor. They have ignored the field and the nature of current, which is that there are no electrons at all; current is due to the movement of electric field lines outside the conductor.
Two 320-turn coils will create a standing wave, with an initial phase of π/2 due to the capacitor connected. The 80-turn auxiliary coil also has an initial phase of π/2, but a different frequency than the standing wave. Now, simply adjust the frequency so that the dielectric field (ether, which is elastic) on the longitudinal oscillation axis, due to the auxiliary coil and the two opposing 320-turn coils combined, reaches the same frequency, resulting in longitudinal wave resonance.
This adjustment relies on the power supply adjustment after the correct setup as shown in the diagram. Adjust the voltage and frequency at the power supply, and measure the output voltage until it reaches its maximum, then stop.
When the auxiliary coil is connected to the aluminum tube, its oscillation phase is changed, with a phase shift of π/2 relative to the main secondary coil.
If resonance is achieved at the aluminum tube, the voltage amplitude increases dramatically across the auxiliary coil wound on the aluminum tube, but lags (shifts 90 degrees) in phase relative to the voltage of the main coil.
In the circuit above, I have added voltage graphs to illustrate the voltages calculated in absolute values:
V1 = | Va - V'a |
V2 = | Vb - V'b |
The values V1, V2, V3, V4, ... are very large after resonance and are phase-shifted from the initial voltage.
This explains why extracting two wires from the output can supply the load!
Final note:
To achieve a self-powering mechanism by extracting the output to charge a 9V battery, a universal charger can be used plugged into the output (to power the lamp).
Check: 9V, 12V universal charger.
Note that the battery that will power the device I mentioned above is called "DC 3.3V-5V to DC 15-30KV Arc Igniter High Voltage Module No-load High Power High Voltage Booster Module High Voltage Coil | OR: TL494 "high-voltage" generator."
Therefore, based on my analysis and interpretation, you can design this generator for practical application. I also present the resonance mechanism as requested by the reader.
Suggestions and Related Articles:
Articles related to TESLA technology = Free Energy: THE TESLA SWITCH.
Final suggestion:
※ Transistorized snap-off tech harnesses energy from dielectric inertia.
