KR20050075110A - Super.conduction.generator - Google Patents

Abstract

The present invention is a fourth generation generator. This fourth-generation generator is something Felladay has never tried. This is a superconducting generator by winding a superconducting wire around this fourth generation generator.

The superconducting generator is a superconducting generator whose output is determined by how much current flows per density in the superconducting wire. This fourth generation superconducting generator uses no wrought iron frame (silicon iron) at all. Rotate the rotor, permanent or electromagnet in the center, and wind a large amount of superconducting wire (coil) outward. To make superconducting phenomenon, generator is put in liquid nitrogen or specially designed freezer and rotated.

(Superconducting Generator Relations)

(Magnitude of magnetic force x size of rotor x current per density)

Description

Superconducting Generator {Super.Conduction.Generator}

The invention is an invention in a new way that Felladay never tried in the 1830s. It is also known as the fourth generation generator. If the copper coil (CU) is used at room temperature, it becomes a fourth-generation generator as it is. This fourth generation generator is different from the current generator. First of all, the current generator's output is determined only by the strength of the magnetic force.

(750W per horsepower) Commercial generators (500W per horsepower) There are many current generators, but many of them are electromagnets and soft iron frames (silicon iron). Magnetic flux is generated by the interaction between the strength of the electromagnet and silicon iron, and this magnetic flux generates electricity in the coil. The current way of development is not natural. After experimenting with the generators currently used in the Korea Electrical Research Institute and the Japanese Superconductivity Laboratory, the strength of the magnetic force was increased by several orders of magnitude. The stronger the rotor, the higher the output and the higher the efficiency. However, current generators are large and difficult to make, and their output is weak compared to their size.

This fourth generation generator doesn't require a wrought iron frame (silicon iron) first. Should silicon iron be used for current generators or not needed for fourth generation generators?

This fourth generation superconducting generator is the most important thing is the superconducting phenomenon.

(Liquid Helium-269。) (Liquid Nitrogen -169。)

Superconducting wires are also available. There are wire rods that are 100 times better than tong coils and wire rods that are 1000 times better. Among the superconductors, MgB2 (magnesium diborate), also known as boron, can carry all of Seoul's electric power at a diameter of 1cm from 39K. This fourth generation superconducting generator has a much better power generation at low temperatures than superconducting wire at room temperature. Even if superconducting wire is developed at room temperature, it does not send much electricity. Send a lot of electricity at low temperatures. This four-generation superconducting power generator is the output is determined by what superconducting wire is developed. So fourth generation generators have too much to study.

If you generate power by winding nichrome wire with 4th generation generator at room temperature, only 1/7 of copper wire will be output. In other words, the more resistance there is, the higher the output. There is also a lot of resistance in copper (CU) lines. It is a 4th generation superconducting power generator whose output is determined by the good current flow through the wire. In addition, if the magnetic force of the rotor is counted, that is, if 10 times the magnetic force is counted, the superconducting wire (coil) should be wound more than 10 times. We talk about strength of magnetism that did not break

Sketch shows the electrical resistance of the conductor

Superconducting revolution is happening fastest in generators. The superconducting revolution is taking place in the great revolution of the generator. Where is something as important as energy for people to live? War, aggression, conspiracy, and plot are all caused by energy. We are abandoning nuclear power plants all over the world. Why are nuclear power so dangerous that it costs so much to destroy it? If you have a small superconducting power plant, you can dispose of all Korean nuclear power plants You can build a lot of superconducting power plants and export electricity to Japan, North Korea, Taiwan and China. It is also very environmentally friendly.

How pollutant pollutants are coming from thermal power plants? In short, this fourth-generation superconducting generator is a revolutionary generator that falls in the 21st century.

This fourth-generation generator is a small, high performance generator with a very high power output. The relation of the superconducting generator is as follows.

(Magnitude of magnetic force × size of rotor × current density of wire)

The strength of the magnetic force is also important, but if the magnetic force is too strong, superconductivity occurs. The superconducting phenomena must be used in a way that does not break. Superconducting wires have a critical magnetic field, critical temperature, and critical current density. This fourth-generation superconducting generator is small in size, with higher output and better efficiency. If the electricity is 100 times better than the copper coil (CU), the output will be 7 times higher. If it is 1000 times more electricity than copper coil (cu), the output will be 70 times higher.

. Superconducting generators attach a freezer to prevent liquid nitrogen from vaporizing. It also takes a lot of energy to make liquid nitrogen. In superconducting states, electrons move easily. In other words, at room temperature, 500W per horsepower flows under the force of electromagnetic force when electrons move in the copper coil. But in superconductivity, something else happens at room temperature. The electromagnetic force, that is, the force between the nucleus and the electron, shows an abnormal phenomenon, and a magnetic field is easily formed between the rotor and the superconductor to transmit electricity. A lot of strange things happen in superconductivity. In liquid nitrogen, superconductivity acts as a catalyst. Then, how many times do you have several times more power than at room temperature? What is the input energy? This is important.

Whether it is nuclear or thermal power, the input energy is determined by simply rotating the rotor. However, superconducting generators are attached to the refrigerator because liquid nitrogen vaporizes in addition to the rotor's input energy. Also, there is a lot of energy to make liquid nitrogen. Then, superconducting generators have to come out several times to several times more than those used in the general market to meet the law of energy conservation.

If there is a lot of energy to make liquid nitrogen and if one horsepower is put back to prevent the vaporization of liquid nitrogen, if 500W per horsepower is produced, this is not a violation of the law of conservation of energy. Enter from the side

In order to achieve the above object, the present invention is made in the following way.

(Fig. 1) shows the liquid nitrogen (6 ) in the inner container (9) and the fourth generation superconducting generator in the liquid nitrogen (6). When the shaft (1) rotates, the NS rotor (12) rotates accordingly. Done. At this time, when the rotor 12 rotates, the rotary shutoff opening 4 is installed in order to avoid friction with the liquid nitrogen 6. The rotary shut-off port 4 and the pipe 3 are connected in one body so that the pipe 3 surrounds the shaft rod 1 and the via ring 2 to avoid friction with the liquid nitrogen 6. A large amount of superconducting wire 8 is wound around the outside of the electromagnetic shield 4. When the NS rotor 12 rotates, the liquid nitrogen 6 vaporizes little by little in the inner container 9. In order to prevent the vaporization of the refrigerator 11 was installed. When the rotor 12 rotates, the magnetic force line penetrates the rotor shutoff opening 4 to reach the superconducting wire 8 to generate electricity. An outer shaft (9) is used to protect the liquid nitrogen (6) in the inner container (9). 10) to prevent the vaporization of the liquid nitrogen (6) by creating a vacuum (7).

(Fig. 2) In order to separate the liquid nitrogen from the rotor to make the superconducting generator as described above, as shown in the drawing (Fig. 2), the NS rotor 12 is wrapped to avoid friction with the liquid nitrogen. . The pedestal 5 is attached to the rotor protector 4. In addition, the rotor protector 4 and the pipe 3 are connected. This wraps up and down the NS rotor (12), via ring (2) and shaft (1). And it wraps a large amount of superconducting wire out.

(Fig. 3) At room temperature, as shown in Fig. 3, liquid nitrogen is not required, and therefore, the rotor protector 12 is not needed. (Skeleton) base 5 and pipe 3 where the pipe 3 is sandwiched between the shaft 1 and the copper coil 8 to avoid friction with the copper coil CU when the shaft 1 rotates. will be. Via Ring (2) NS Rotor (12)

(Fig. 4) As shown above, a large amount of copper coil (8) is wound around (Fig. 4) to become a fourth generation generator. Shaft (1) Pipe (3) Base (5) Copper Coil (8)

(3) and (4) is a perspective view and a cross-sectional view drawn for easy understanding of the superconducting generator.

As described above, the present invention is a high performance superconducting generator whose output is determined according to how much current flows in the conductor per (conductor) density. The difference between the current generator and the superconductor generator is the same size, but the difference is very much. If the current generator is 10 ㎾ at the same size, the superconducting generator will have 10 to 100 times more output. The input energy goes in as well. Here is the + a wave.

Superconducting generators act as a catalyst to produce large amounts of current. So without having to build a lot of power plants, a small superconducting generator can be used to dispose of all the nuclear power plants in Korea. Therefore, a large amount of construction costs are saved, and environmentally very good. After 50 years, the global temperature rises, leading to the extinction of all plants and animals. This is because of this fossil fuel. Superconducting generators will make a tremendous contribution to humanity.

1 is a perspective view of a superconducting generator wrapped in liquid nitrogen by winding a superconducting coil on a fourth generation generator.

Figure 2 is a rotor blocker and pedestal surrounding the rotor of the fourth generation generator.

3 is an internal perspective view of a fourth generation generator at room temperature.

4 is a cross-sectional view of the fourth generation generator wound at the room temperature with a copper coil (CU).

(Explanation of symbols for main parts of drawing)

First (Fig. 1)

1: shaft 2: via ring

3: pipe 4: rotor blocker

5: pedestal 6: liquid nitrogen

7: vacuum state 8: superconducting wire

9: inner container 10: outer container

11: freezer 12: NS rotor

(FIG. 2)

1: shaft 2: via ring

3: cut pipe 4: rotor blocker

5: pedestal 12: NS rotor

(Fig. 3)

1: shaft 2: via ring

3: pipe 5: pedestal

12: NS rotor

(Fig. 4)

1: shaft 3: pipe

5: base 8: copper coil (CU)

Claims (4)

 As shown in FIG. 1 (Fig. 1), the rotor is rotated by making the rotor protector 4 around the rotor. The rotor protector is made to avoid friction with liquid nitrogen, and the superconducting wire (coils) outwards. It is characterized by a lot of winding.  In the drawings, permanent magnets are used, but claims are made using electromagnets. In the superconducting generator, it is possible to generate superconducting power by using a specially designed freezer without using liquid nitrogen.  As shown in FIG. 3 and FIG. 4, at room temperature, a medium or small generator may be manufactured using copper coils or carbon nanotubes and supplied on the market. It is easy to manufacture and cheap, so it is economical.