Non-fuel generator

At the end of the nineteenth century, an alternating current system was invented, which is still in use today. This is a fuelless generator. Its author is Nikola Tesla. The design works without any fuel. Tesla's task was to condense the energy between the Earth and the upper atmospheric layer. Next - the conversion of the received energy into an electric current.

The generator has a high coefficient of transformation, from ten to fifty times higher than the ratio of the number of turns of the winding secondary to the number of windings of the primary winding. The output voltage of the device can reach several million volts. The voltage corresponding to the resonant frequency is capable of producing strong electric discharges in the air (up to several meters in length).

The simplest non-fuel generator Tesla is available to make independently. It includes a pair of coils without a common core. The primary winding includes three to ten turns of thick wire. In the secondary winding there are approximately one thousand turns. When deciding to create a fuelless generator with your own hands, you need to know that the most difficult part is in the primary winding supply circuit. To make such a generator is relatively simple, but costly. First you need to take any voltage source (not less than one and a half kilovolts). It should be connected to the capacitor for the required voltage. The fuelless generator of this variant has a very simple circuit. The order of work is as follows:

1. Connect the selected source to the required voltage to any available capacitor.

2. Provide a diode bridge due to the large capacitance of the capacitor. However, it is first recommended to experiment with small containers.

3. Connect all this through a spark gap to the primary winding of the coil.

The bare ends of the wires are directed in one direction. The gap between them should be adjusted by bending the wire of the wire. At peak, the voltage is always higher than the original voltage, since the current is variable. Therefore, to create a secondary winding, one hundred and fifty turns are sufficient. With the correct process of work, a discharge of one centimeter will be obtained (if the coil terminals are aligned). If the findings are diluted to the sides, then a noticeable arc will be obtained. The lower terminal of the coil must be earthed.

In connection with the fixed capacity of the capacitor, the circuit is tuned by correcting the resistance of the primary winding. This changes the connection point to it. If the settings are correct, then the upper part of the secondary winding will have a sufficiently high voltage. This will cause large discharges in the air. If we compare conventional transformers, we can draw the following conclusion: the ratio of the turns of the windings (primary and secondary) does not affect the voltage.

A fuelless generator can be assembled according to the scheme proposed in the technical reference book. You can also find useful information on the Internet. For beginners, the process seems difficult at first. A working coil can be obtained by making small calculations. Instructions of specialists will also help.

The fuelless generator can also be assembled using the following parts: aluminum foil, a capacitor with a voltage of 160-400 volts, a resistor, a metal pin, wires, a sheet of fiberboard or cardboard. The manufacturing process is as follows:

1. Screw a metal pin into the ground.

2. Attach one end of the wire to the pin.

3. Attach the other end of the wire to the capacitor.

4. Attach the foil sheet to the sheet of cardboard or fiberboard and connect the wire to the capacitor to it.

5. Solder the capacitor to the limiting resistor to avoid breakdown of the dielectric.

Before manufacturing the fuelless Tesla generator yourself, it is recommended to familiarize yourself with safety techniques when working with high voltage.