Free Energy From Tesla Coil - Tesla Transformer Become Generator!

Tesla coil is capable of providing free electrical energy, as many scholars and engineers have discovered in their studies of the device. These individuals have been able to create free energy generators that harness the power of the Tesla coil, turning it into a powerful source of energy that can be used to power homes and businesses. While the technology is not widely known or understood, it has the potential to change the way we generate and use electricity.

Free energy generator in the form of radiant energy created by Tesla coil research

Note. Radiant energy is created when an electric current flows through a coil of wire, creating a magnetic field. This field collapses rapidly, producing a burst of radiant energy. Nikola Tesla was the first to harness this energy in 1891 with his invention of the Tesla transformer.

Many people who study Tesla coil on confidential government documents swear that they have created free energy generators. These people are not just Tesla enthusiasts, but include some of the world's top engineers and scholars. The technology has been around for over a hundred years, and yet it is still not being used to its full potential. 

Tesla coil is actually a special transformer

Among Nikola Tesla's inventions, Tesla's coils have many types. What we call a "Tesla coil" is actually a special transformer developed from experiments on hairpin circuits in 1891. At that time Tesla was experimenting with Ether and developing "Radiant Electricity".

And that same year, 1891, Tesla gave lectures on transformers that produce high voltage and high frequency, and we now call it another Tesla coil.

Circuit diagram for Tesla transformer:

Figure 1: Tesla transformer or Tesla Coils - Circuit diagram

Note:

• Conventional transformers use a steel core to conduct flux, but Tesla transformers use air to conduct flux. Furthermore, Tesla transformer uses capacitors and spark gap. In terms of form it is special, but its action on the Ether field is even more special
• Nikola Tesla patented the Tesla coil circuit on April 25, 1891, and first publicly demonstrated it May 20, 1891 in his lecture "Experiments with Alternate Currents of Very High Frequency and Their Application to Methods of Artificial Illumination" before the American Institute of Electrical Engineers at Columbia College, New York. Although Tesla patented many similar circuits during this period, this was the first that contains all the elements of the Tesla coil: high voltage primary transformer, capacitor, spark gap, and air core "oscillation transformer".
• Explaining the voltage surge of the Tesla transformer with the electrical knowledge of orthodox science would lead to logical and intellectual instability (unexplainable).

Explain the voltage rise at Tesla Transformer (Tesla coil) according to Faraday's theory

Detailed circuit diagram of Tesla transformer:

Figure 2: circuit diagram of Tesla transformer

Voltage phenomenon:

1/ The voltage rises right at the primary coil, then the voltage steps up again at the secondary coil

2/ The secondary winding voltage gauges indicate that it takes a while for resonance to occur and voltage to peak. See French Wikipedia: https://fr.wikipedia.org/wiki/Bobine_Tesla, There quote: http://blog.livedoor.jp/neotesla/archives/51287098.html. If you trust me, you can skip the other link.

Figure 3: Voltage study at secondary winding of  Tesla transformer by frequency and voltage measuring tool

Explain the phenomenon of voltage increase at the primary winding:

See figure 1, after the capacitor is charged by the transformer, the voltage at the two capacitor plates is very large, exceeding the breakdown voltage at the spark gap, resulting in the plasma discharge through the spark gap.

Plasma (spark) is launched for a very short time. Therefore, an open circuit must occur.

But notice that:

The voltage of the primary winding during discharge does not change much. Assume then that the voltage at the primary coil is V_1.

Note that the voltage V_1 is only slightly less than the breakdown voltage of the capacitor.

Then we have a primary coil with voltage  V_1 suddenly open circuit.

When this happens, the current is interrupted, thus creating an infinite resistance. In this case, the resistance is best represented by its inverse conductivity. Conductivity is then zero. Because the current disappears instantly, the field collapses at a speed close to the speed of light.

According to Faraday's law of electromagnetic induction, a voltage appears due to the collapse of the electromagnetic field (EMF) whose value is V_2, 

\[{V_2} = N\frac{{d\Phi }}{{dt}}\]

Where N is the number of turns, is the magnetic flux, and t is the time.

The rate of collapse of the magnetic field is constant (approximately the speed of light c = 300000km/s). And with the coil having a constant shape, the flux of the magnetic field through an area depends only on the velocity of the collapsing field.

Hence Faraday's formula can be written simplified: \[{V_2} = \frac{\Phi }{t}\]

Since the collapse velocity of the magnetic field is close to c, if you have a coil 300000km lengthwise, it takes only 1 second for the magnetic field to collapse completely vertically.

Therefore, the quantity t is in fact very small, resulting in a very large V_2. The value of  V_2 is many times larger than  V_1, symbol  V_2  >>  V_1

At this time, the voltage at the primary winding can exceed the breakdown voltage at the spark gap. This results in a Plasma (spark) discharge through the spark gap. But the breakdown voltage this time is due to the primary winding and not the capacitor being charged to produce  V_1.

When  V_2 is fully discharged through the spark gap, it continues to the capacitor which is discharged with voltage V_1. This process is repeated.

The voltage at the secondary winding of the Tesla transformer is stepped very high after the primary winding undergoes an electrical transient V_2

When V_2 discharges voltage across the spark gap, it creates an Ether field in the form of a dielectric that collapses inwards (as V_2 produces due to an open circuit) and vertically. This Ether field appears in the air, and it acts on the secondary coil.

The increased voltage still obeys Faraday's law, according to which the number of turns of the secondary coil is affected by the large magnetic flux, the voltage will also be large.

Originally V_2 was very large, now it is stepped up through the secondary winding even larger. Assuming the voltage at the secondary winding V_3, that's just theoretical calculation. The voltage at the secondary winding reaches a stable value of V_4 after a short time. With V_4 not much larger than V_3.

There is V_4 for two reasons:

1/ The secondary winding is properly grounded, creating an Ether tension setting when voltage is applied. The Ether field exerted by V2 on the secondary winding is equivalent to the impulse into the mechanically elastic system. So it takes time to synthesize the oscillation and then to resonate. The result is a stable voltage V_4

2/ Any transformer has a back electromagnetic field (Back EMF), that is, creating resistance to the input. The back EMF of the secondary coil acts back to the primary coil, but it is released through the spark gap, and does not affect the power to the capacitor. The Back EMF also participates in the oscillation synthesis to wait for resonance to occur. So it takes some time to generate stable V_4.

The voltage area V_4 is usually increased by millions of times compared to the original supply voltage. The transformer coefficient of a Tesla transformer is commonly seen as

\[k = {10^6}\]

k coefficient is not certain, but generally quite high.

The problem of high frequencies must also rely on the elasticity of the Ether to explain. The mainstream science of Electricity tells us only half the story. For example, even within the mainstream science definition of electric oscillatory resonance there is a problem of error: Impulse Technology - Method of Utilizing Radiant Energy

Free Energy with Tesla Coil

It is clear that the Back EMF of the Tesla transformer has gone from harm to good. That is, this particular type of transformer produces high voltage, but no current is reduced. In other words, the electromagnetic field returning from the secondary winding does not interfere with the power supply.

Thus, it is theoretically certain that the Tesla transformer will have free energy.

Some technical developers, after studying Tesla's works, invented different versions of the Tesla transformer to extract energy from it.

Circuit that converts another version of the Tesla transformer into ordinary electricity for use:

Circuit diagram: Improve Tesla transformer to become a free energy generator

In fact, the free energy from the Tesla transformer is the radiant energy generated from the electronic circuit! 

There are many other very good and simple methods to create generators from improving Tesla Transformers:

Revealed At Last:

▶️ Ancient Invention Generates Energy-On-Demand

🔹 Version from Nikola Tesla's "Magnifying Transmitter"
🔹 The "tension" for "Electricity segment" to occur is the Earth's Potential Potential. To be precise, it is the tension of the Ether, and the electricity is the dynamic polarization of the Ether.
🔹 During "Electricity segment", the magnetic field collapses several times in short periods of time. That leads the voltage V = Φ/t to reach infinity (V → ∞) when t → 0

• V - The electromotive force which results from the production or consumption of the total magnetic induction Φ (Phi). The unit is the “Volt”. Where t is the time of magnetic field collapse from maximum to complete collapse.
• Research scholars also call it Tesla's technology called Radiant Energy from Electronic Circuits, Impulse Technology.

Ultimate Energizer Guide

🔹 There are also many other plans to create free energy generators including Self Powered AC Generator.