WO2019075651A1

WO2019075651A1 - Energy generator, novel power generation device and power generation method

Info

Publication number: WO2019075651A1
Application number: PCT/CN2017/106624
Authority: WO
Inventors: 王辉
Original assignee: 王辉
Priority date: 2017-10-16
Filing date: 2017-10-18
Publication date: 2019-04-25
Also published as: CN107579679A

Abstract

Disclosed are an energy generator, a novel power generation device and a power generation method. The energy generator comprises an electrically conductive container (1), and at least one arc discharge device (2) placed in the electrically conductive container (1) and insulated from the electrically conductive container (1), wherein the arc discharge device (2) is fixedly connected to the electrically conductive container (1) by means of a connecting portion (2-1); and a discharge end of the arc discharge device is placed in the electrically conductive container (1), and a power source interface end thereof is exposed at an end of the electrically conductive container (1). The power generation mode is not an energy conversion process, and traditional energies do not need to be consumed. The power generation process is pollution-free, radiation-free and leakage-free.

Description

Technical field

[0001] The present invention relates to a novel power generation device and a power generation method, and relates to a power generation device and a power generation method.

[0002] At present, existing power generation methods include utilizing hydraulic potential energy, heat generated by combustion of coal, petroleum, and combustible materials, chemical energy, solar energy, wind energy, geothermal energy, tidal energy, and nuclear energy, all from an energy conversion. Power generation equipment and power generation methods for power generation.

technical problem

[0003] The present invention aims to provide a new device and a new method for power generation, the new device and the new method are freed from the traditional power generation theory and method, and the power is not generated by the energy conversion method, but the high voltage generated by the high voltage power source. The electric energy excites the neutrinos that form enthalpy in the nucleus. The attraction of the neutrons out of the center of the nucleus is released at a high speed. The coils or conductors or a mixture of the two are used to receive these neutrinos and lead them out, thus forming an increased electric energy. This method of power generation is radiation-free, pollution-free, leak-free, and zero-emission.

Problem solution

Technical solution

The present invention is achieved by the following technical solutions:

[0005] The energy generator, in particular, comprises a conductive container 1 and at least one arc discharge device 2 placed in the conductive container 1 and insulated from the conductive container 1;

[0006] The arc discharge device 2 is fixedly connected to the conductive container 1 through a connecting portion 2-1; a discharge end thereof is placed inside the conductive container 1, and a power interface end is exposed at an end of the conductive container 1 ;

The arc discharge discharge device 2 employs a spark plug.

[0008] The arc discharge device 2 is a composite body 2-2 made of a conductor, a semiconductor, a permanent magnet or a nano material connected to a high voltage power source 3, the conductor, the semiconductor, the permanent magnet or the nano material. The outer circumference of the finished composite can also be wound around the coil.

[0009] The arc discharge device 2 is a rotating shaft 2-3 connected to the high voltage power source 3, and the rotating shaft 2-3 is powered. The motor 2-6 and the motor output shaft 2-7 are connected to each other, and the rotating shaft 2-3 is mounted with a conductive sliding ring 2-4 insulated therefrom, and the conductive sliding ring 2-4 is fixed with a discharge needle 2-5. The discharge needle 2-5 is a composite made of a conductor, a semiconductor, a permanent magnet or a nano material, and the outer circumference of the composite made of the conductor, the semiconductor, the permanent magnet or the nano material can also be wound around the coil.

[0010] The conductive container 1 adopts a material capable of generating an overflow electric energy during a arc discharge discharge, and includes: a mixture of one or more of a metal, a non-metal, a conductive film or a nano material.

[0011] The conductive container 1 described above may be a single layer structure or a multilayer stacked composite structure.

[0012] In the multilayer superposed composite structure constituting the conductive container, a powder or a conductive film capable of generating an overflow electric energy is disposed between the layers, and the powder is one or more mixed salt compounds and alkalis. A compound, oxide, nanomaterial, metal, non-metal, or one or more metal or non-metal sintered powder materials.

[0013] The conductive container 1 is further provided with a permanent magnet insulated from the arc discharge discharge device 2, an electromagnet, an electromagnetic oscillation coil, electromagnetic waves that can be introduced into the conductive container, and at least one gas placed in the conductive container. Or / and powder;

[0014] The oscillating electromagnetic coil is disposed in the conductive container, and the first wire and the second wire are connected to the outer end of the oscillating electromagnetic coil. When the arcing discharge is performed, the newly generated neutrino generates an oscillation in the coil. The electromagnetic field, the neutrino flow generated by the lead wire is also the current; the first wire or the second wire may be externally connected to an oscillating power source, so that the coil connected thereto generates an oscillating electromagnetic field.

[0015] The powder is one or more mixed salt compounds, alkali compounds, oxides, nano materials, metals, non-metals, or one or more metal or non-metal sintered powder materials .

[0016] In order to generate an electrostatic field around the energy generator, the energy generator is externally connected with a DC power source, and a single pole of the DC power source is connected to the arc discharge discharge device or the housing of the conductive container, or The positive and negative poles of the DC power source are respectively connected to the arc discharge discharge device and the casing of the conductive container;

[0017] When two ends of the conductive container are respectively provided with a pull arc discharge device, the positive and negative poles of the DC power source can be respectively connected to the two arc discharge devices.

[0018] The novel power generation device is characterized in that it comprises a high voltage power supply, and an energy generator respectively connected to the high voltage end and the low voltage end of the high voltage power source, and the energy generator directly outputs a current;

[0019] In order to achieve a better power generation effect, the energy generator connected to the high voltage power supply may be connected in series, The adjacent two energy generators may be connected by a capacitor or a coil or a combination between the two;

[0020] The novel power generation device is characterized in that it comprises a high voltage power supply and an energy generator connected to the high voltage end of the high voltage power supply; the low voltage end of the high voltage power supply directly outputs a current, and the energy generator directly outputs a current ;

[0021] The novel power generating apparatus is characterized in that it comprises a high voltage power source and an energy generator, and the high voltage end or the low voltage end of the high voltage power source is respectively connected to the arc discharge discharge device or the housing of the energy generator.

[0022] A power generation method, which is characterized in that it includes the following processes:

[0023] Step one, the high voltage power supply supplies voltage and current to the energy generator;

[0024] Step 2: The arc discharge device in the energy generator pulls the arc discharge, so that the atom and the microneutrons in the gas are released at a high speed, and are taken out by the conductor or the coil to form a flow of the microneutron, that is, the current. Output.

[0025] If one or more of a magnetic field, an electrostatic field, an electromagnetic wave, and an oscillating electromagnetic field are added to the energy generator, they interact with the arc to increase the release of electrical energy.

Advantageous effects of the invention

Beneficial effect

The energy generator, the power generation device and the power generation method of the present invention belong to a new energy generation method, and further complement the theoretical support for the realization of the technical solution of the present invention:

[0027] The principle of the present invention is: The universe is filled with extremely small but different sizes of "micro-child", which is called invisible matter, which is the basis of all things in the universe. The black holes in the universe are mainly "micro-children". Constituted. The "micro-child" is also derived from the decay of visible matter atoms. The "micro-child" and the atom are constantly transforming each other in the space of the universe, accompanied by the release and absorption of energy. The "micro" monomer is a small ball with static relaxation and irregularity in the space. It has mass and volume, but it is too small. The existing science and technology can not perceive its existence and its attributes. . The "stab" on "Micro" is like a small hand of human beings. It can be hand-in-hand with the "stab" on other "micro-child". It can have the effect of "force". Many "micro-children" hand in hand. Forming a three-dimensional net, this "power" net is the gravitational field. When the foreign "micro-child" moves in the net, it will cause the vibration of the "net", producing a gravitational wave, when the visible atomic outer layer is relaxed. The "small hand" and the "small hand" on the "net" are strongly gripped together, resulting in gravitation.

[0028] The "micro-" movement will first shrink the "small hand" into a smooth ball, and the movement speed is lower than 300,000 kilometers per second. If it moves along the conductor, it will form a current. Such as the speed of movement at 300,000 kilometers per second, the ball also It can make a spiral composite motion around a central axis, which forms light. The spiral high-speed rotation along an axis is a phenomenon of "wave" often called by quantum mechanics. The small ball that moves at 300,000 kilometers per second is the phenomenon of "grain". When looking at the light as a whole, there is a "wave particle" duality.

[0029] When the "neutrino" is subjected to an external force, its volume shrinks into a more tiny sphere and releases a large amount of energy. The greater the degree of contraction, the greater the energy released. When the "micro" volume expands and absorbs a large amount of energy, the larger the expansion, the greater the energy absorbed. The absorption and release of energy can be regarded as two vectors with opposite directions, that is, the energy is vector with directionality, "micro "The release and absorption are balanced, that is to say, energy is conserved. In a broad sense, the absorption and release of many "micro"s in space are also conserved, energy is not inexhaustible, but only directional. Transformation, which can be utilized and used by humans during both release and absorption.

[0030] The atomic decay or splitting of the "neutrino" in the space reaches a certain concentration (ie, the black hole reaches a certain concentration). The collision between the "neutrinos" increases, and some volumes are compressed to release energy, energy. It further exacerbates the collision and volume compression between them. Several of them are also compressed into a mass, which releases more energy, the energy increases, the temperature rises, the whole black hole begins to rotate, and several are compressed into one. The small ball of the group, like the snowball in the process of rotation, compresses more "micro-child" into a pole, which is a dense particle of different sizes. This is the different element of the atom, which is invisible. The substance forms a visible substance.

[0031] With the rotation of the black hole, the volume of the entire black hole gradually shrinks, the atoms are continuously formed, and the atoms collide and collide, and some of the atoms split and become smaller, and some repolymerize and become larger, which causes nuclear fission. And the nuclear fusion reaction, our sun is at this stage.

[0032] As the temperature gradually decreases, the "micro" of the outermost layer of the atom is continuously thrown into the space from its own atom, which is called atomic decay. When a large number of atoms in the planet decay, they collapse. When they collapse, they form a black hole. The black hole, as mentioned above, forms a planet. This is the metabolism of the universe. The material and energy are both invariable and conserved.

[0033] When the atom is at a certain temperature, the "small" of the "micro" of the outermost layer of the atom, that is, the "small hand" is stretched, it can forcefully hold the "small hand" of other atoms, and several atoms hold tight. Together, different compounds are formed, and the combination process between different atoms is a chemical reaction.

[0034] Essentially, energy is a kind of "potential", "middle" has no change in static without any reaction, when "micro" When the volume shrinks or expands or is in motion, the direction of energy is out of balance, and it will set off a storm. This is like storing very calm water in the Three Gorges Dam.

[0035] The present invention utilizes a high voltage current arc discharge discharge to interact with a magnetic field, an electrostatic field, and an electromagnetic wave, so that the outer layer "micro" of the gas atom, powder atom, metal or non-metal atom in the energy generator can Effectively and quickly break away from the shackles of their own atoms, or "hands with small hands." At a speed of less than 300,000 km per second, there is no spiral motion, and the "micro" flow, which is derived from the conductor or coil, is the current. The speed at which the "neutrino" flows is closer to the speed of light.

[0036] Essentially, the electric energy obtained by the present invention is excited by the high-voltage "peace" in the "fine" condensed in the atom, and then the volume is still contracted by a smooth small spherical state, such as Moving along the conductor, encountering electrical appliances or impedance 吋, speed reduces energy release, and a large amount of energy in the volume expansion is also released and utilized.

[0037] The substance used in the present invention is continuously excited to form atomic decay, and the more the amount of electricity generated, the faster the decay, and when the decay is to a certain extent, the raw materials are replaced.

[0038] The energy generator, the power generation device, and the power generation method of the present invention have the following advantages over conventional power generation equipment and power generation methods:

[0039] 1. The power generation method of the present invention is not an energy conversion process and does not require consumption of conventional energy sources.

[0040] 2. The power generation method of the present invention can directly take out and form electric energy directly from "microns" constituting atoms.

[0041] 3. The power generation process of the invention has no pollution, no radiation, no leakage.

Brief description of the drawing

DRAWINGS

[0042] FIG. 1 is a schematic diagram showing the structure of the energy of the first embodiment;

[0043] FIG. 2: The energy of the embodiment 2: a schematic diagram of the structure of the arc discharge device in the 匮 generator;

[0044] FIG. 3 is a schematic view showing the structure of the arc discharge device in the 匮 generator;

4: The energy of the embodiment 4: a schematic diagram of the structure of the 匮 generator;

[0046] FIG. 5: A schematic diagram of the energy of the embodiment 5: a structure of the 匮 generator;

6: The energy of Embodiment 6: a schematic diagram of the structure of the 匮 generator;

[0048] FIG. 7. Schematic diagram of a novel power generating apparatus of Embodiment 7; 8 is a schematic structural view of a novel power generating device of Embodiment 8;

9 is a schematic structural view of a novel power generating device of Embodiment 9. [0050] FIG.

Embodiments of the invention

[0051] Several specific embodiments of the present invention are given below to further illustrate the constitution and principles of the present invention.

Embodiment 1

[0053] The energy generator includes a conductive container 1 and at least one arc discharge device 2 disposed in the conductive container 1 and insulated from the conductive container 1; the arc discharge device 2 passes through the connection portion 2 1 is fixedly connected to the conductive container 1; its discharge end is placed inside the conductive container 1, and the power interface end is exposed at the end of the conductive container 1; the arc discharge discharge device 2 is a spark plug. The conductive container 1 employs a material capable of generating an electrical energy during arc discharge, including: a mixture of one or more of metal, non-metal, conductive film or nano material. The above-described conductive container 1 can be formed in a single layer structure or a multilayer stacked structure. In a multi-layer superposed composite structure constituting a conductive container, a powder or a conductive film capable of generating an overflow electric energy is disposed between the layers, and the powder is one or more mixed salt compounds, alkali compounds, Oxide, nanomaterial, metal, non-metal, or one or more metal or non-metal sintered powder materials.

Example 2

[0055] The energy generator includes a conductive container 1 and at least one arc discharge device 2 placed in the conductive container 1 and insulated from the conductive container 1; the arc discharge device 2 passes through the connection portion 2 1 is fixedly connected to the conductive container 1; its discharge end is placed inside the conductive container 1, the power interface end is exposed at the end of the conductive container 1; the arc discharge device 2 is used with a high voltage power supply 3 A composite body 2-2 made of a connected conductor, a semiconductor, a permanent magnet or a nano material may be wound around the outer circumference of the composite made of the conductor, the semiconductor, the permanent magnet or the nano material. The conductive container 1 adopts a material capable of generating electrical energy during the arc discharge discharge, including: a mixture of one or more of metal, non-metal, conductive film or nano material. The conductive container 1 described above may be a single layer structure or a multilayer stacked composite structure. In a multi-layer superposed composite structure constituting a conductive container, a powder or a conductive film capable of generating an overflow electric energy is disposed between the layers, and the powder is one or more mixed salt compounds, alkali compounds, Oxide, nanomaterial, metal, non-metal, or one or more metal or non-metal sintered powder materials.

Embodiment 3

[0057] The energy generator includes a conductive container 1 and at least one arc discharge device 2 disposed in the conductive container 1 and insulated from the conductive container 1; the arc discharge device 2 passes through the connection portion 2 1 is fixedly connected to the conductive container 1; its discharge end is placed inside the conductive container 1, the power interface end is exposed at the end of the conductive container 1; the arc discharge device 2 is used with a high voltage power supply 3 The rotating shaft 2-3 is connected, and the rotating shaft 2-3 is connected and outputted by the motor 2-6 and the motor output shaft 2-7, and the rotating shaft 2-3 is mounted with a conductive sliding ring 2-4 insulated therefrom, A discharge pin 2-5 is fixed on the conductive slip ring 2-4, and the discharge pin 2-5 is a composite made of a conductor, a semiconductor, a permanent magnet or a nano material, the conductor, the semiconductor, the permanent magnet or the nano material. The outer circumference of the finished composite can also be wound around the coil. The conductive container 1 employs a material capable of generating an electrical energy during arc discharge, including: a mixture of one or more of a metal, a non-metal, a conductive film, or a nano material. The above-described conductive container 1 can be formed in a single layer structure or a multilayer superposed composite structure. In a multi-layer superposed composite structure constituting a conductive container, a powder or a conductive film capable of generating an overflow electric energy is disposed between the layers, and the powder is one or more mixed salt compounds, alkali compounds, Oxide, nanomaterial, metal, non-metal, or one or more metal or non-metal sintered powder materials.

Example 4

[0059] This embodiment differs from Embodiment 1 in that:

[0060] The conductive container 1 is further provided with a permanent magnet or an electromagnet 4 insulated from the arc discharge discharge device 2; and at least one gas or/and powder placed in the conductive container; a mixture of hydrogen and oxygen, or water vapor, or a mixture of hydrogen sulfide and oxygen, or sulfur dioxide and water vapor, or a mixture of hydrogen and 3⁄4 gas, or a hydrogen gas, or a mixture of hydrogen and nitrogen, or Ammonia gas, or a mixed gas of N _x O _y gas and oxygen, or a mixed gas of N _x O _y gas and nitrogen gas, or a mixed gas of N _x O _y gas and hydrogen gas, or N _x O _y gas, or inert gas , or air, or a mixture of air and water vapor, or a mixture of the above-mentioned mixed gases. The powder is one or more mixed salt compounds, alkali compounds, oxides, nanomaterials, metals, non-metals, or one or more metal or non-metal sintered powder materials. Example 5

[0062] This embodiment differs from Embodiment 4 in that

[0063] The conductive container 1 is further provided with a permanent magnet or an electromagnet 4 insulated from the arc discharge discharge device 2, and an electromagnetic oscillation coil 5 that can be introduced into the conductive container; the oscillation electromagnetic coil is disposed in the conductive container. A first wire and a second wire are connected to an outer end of the oscillating electromagnetic coil. When the arcing discharge is performed, the newly generated neutrino generates an oscillating electromagnetic field in the coil, and the neutrino flow generated by the lead wire is also Current; the first wire or the second wire may be externally connected to an oscillating power source to cause an oscillating electromagnetic field to be generated by the coil connected thereto. The conductive container is filled with at least one gas or/and powder; the powder is one or more mixed salt compounds, alkali compounds, oxides, nano materials, metals, non-metals, or a kind Or a variety of metal or non-metal sintered powder materials.

Example 6

[0065] This embodiment differs from Embodiment 1 in that

[0066] In order to generate an electrostatic field around the energy generator, the energy generator is externally connected with a DC power source 6, and the positive and negative poles of the DC power source 6 are respectively connected to the arc discharge discharge device 2 and the housing of the conductive container 1. on.

Example 7

[0068] The new power generation device includes a high voltage power supply 7, wherein the high voltage end 7-1 and the low voltage end 7-2 of the high voltage power supply 7 are respectively connected with an energy generator, and the energy generator directly outputs current, and two energy generation occurs. Electrical appliances can be connected between the devices.

Example 8

[0070] A novel power generation device includes a high voltage power supply 7 and an energy generator connected to the high voltage end 7-1 of the high voltage power supply 7; the low voltage terminal 7-2 of the high voltage power supply 7 directly outputs a current, and the energy is generated. The device directly outputs current.

Example 9

[0072] The novel power generation device comprises a high voltage power supply 7, and an energy generator, the energy generator is provided with two arc discharge discharge devices 2, and the high voltage end 7-1 of the high voltage power supply 7 and one of the arc discharge discharge devices 2, the low-voltage end 7-2 of the high-voltage power supply 7 is connected to the housing of the energy generator; a DC power supply 6 is externally connected to the housing of the energy generator, and the two ends of the DC power supply 6 are respectively It is connected to two arc discharge devices 2 . Example 10

[0074] A method of generating electricity, comprising the following process:

[0075] Step 1: The high voltage power supply supplies voltage and current to the energy generator;

[0076] Step 2: The arc discharge device in the energy generator pulls the arc discharge, and the magnetic field, the electrostatic field, the electromagnetic wave, and the oscillating electromagnetic field in the energy generator interact to make the atomic microneutrons in the gas and the powder be released at a high speed. , taken by the conductor or coil, and then formed to form the flow of the neutrino, that is, the current output.

[0077] the high voltage end of the high voltage power supply outputs its own current to the arc discharge discharge device, and the same current of the arc discharge discharge generates a reverse current at the discharge end, and the current flows backward through the end to the low voltage end, and It can be output from the low-voltage end to the arc-discharge device and pull the arc discharge. The same current of the arc-discharge discharge generates a reverse current at the discharge end. Similarly, this current flows back into the high-voltage end arc discharge through this end, and thus repeats the cycle.

[0078] The energy generator of the present invention should be operated in an optimal temperature environment, and the energy generator should be placed in an adjustable temperature, insulation, radiation-proof safety container, and a thermometer and a pressure gauge are arranged in the container. And adjust the working temperature and pressure of the energy generator, the gas generator is automatically connected with a gas powder automatic replenisher, and the gas and powder consumed by the internal gas are supplemented, and the gas and the powder are allowed to be internalized. Circulating flow.

Claims

Claim

[Environment 1] an energy generator, comprising: a conductive container; and at least one arc discharge device disposed in the conductive container and insulated from the conductive container; the arc discharge device passes through a connection portion The conductive container is fixedly connected; the discharge end is placed inside the conductive container, and the power interface end is exposed at the end of the conductive container.

[Energy supply 2] The energy generator of claim 1, characterized in that

The arc discharge device uses a spark plug;

Or

The arc discharge device uses a composite made of a conductor, a semiconductor, a permanent magnet or a nano material connected to a high voltage power source, and the outer circumference of the composite made of the conductor, the semiconductor, the permanent magnet or the nano material is attached. Or no coil attached;

Or

The arc-discharging device is a rotating shaft connected to a high-voltage power source, and the rotating shaft is connected by an output shaft of a motor and a motor, and a rotating slip ring insulated from the rotating shaft is mounted on the rotating shaft, and the conductive sliding ring is fixed thereon. The discharge needle is a composite made of a conductor, a semiconductor, a permanent magnet or a nano material, and the outer circumference of the composite made of a conductor, a semiconductor, a permanent magnet or a nano material is attached with or without a coil.

[Attaction 3] The energy generator of claim 2, characterized in that

The conductive container adopts a material capable of generating electrical energy during arc discharge discharge, including: mixing of one or more of metal, non-metal, conductive film or nano material; Structure or multilayer superimposed composite structure;

In a multi-layer superposed composite structure constituting a conductive container, a powder or a conductive film capable of generating an overflow electric energy is disposed between the layers, and the powder is one or more mixed salt compounds, alkali compounds, Oxide, nanomaterial, metal, non-metal, or one or more metal or non-metal sintered powder materials.

[Claim 4] The energy generator of claim 3, characterized in that

The conductive container is provided with a permanent magnet insulated from the arc discharge discharge device, an electromagnet, an electromagnetic oscillation coil, an electromagnetic wave that can be introduced into the conductive container, and into the conductive container. Less gas or / and powder;

The oscillating electromagnetic coil is disposed in the conductive container, and the first wire and the second wire are connected to the outer end of the oscillating electromagnetic coil. When the arcing discharge is performed, the newly generated neutrino generates an oscillating electromagnetic field in the coil, or The neutrino flow generated by the lead wire is also a current; the first wire or the second wire may be externally connected to an oscillating power source to cause an oscillating electromagnetic field to be generated by the coil connected thereto; the powder is one or more mixed a salt compound, a base compound, an oxide, a nano material, a metal, a non-metal, or a powdered material of one or more metal or non-metal sintered.

[Clave 5] The energy generator of claim 4, characterized in that

The energy generator is externally connected to a DC power source, and a single pole of the DC power source is connected to the casing of the arc discharge discharge device or the conductive container, or the positive and negative poles of the DC power source are respectively connected to the pull An arc discharge device and a housing of the conductive container;

When two ends of the conductive container are respectively provided with a pull arc discharge device, the positive and negative electrodes of the direct current power source can be respectively connected to the two arc discharge discharge devices.

[Claim 6] A novel power generating apparatus, comprising: a high voltage power source and the energy generator according to any one of claims 1 to 5, wherein the energy generator is respectively connected to a high voltage end and a low voltage end of the high voltage power supply Connected, the energy generator directly outputs electricity, 3⁄4?

[Claim 7] The novel power generating apparatus according to claim 6, characterized in that

There are a plurality of energy generators connected to the high voltage power supply in series, and the adjacent two energy generators are connected by a capacitor or a coil or a combination therebetween.

[Claim 8] A novel power generating apparatus, comprising: a high voltage power source; and the energy generator according to any one of claims 1 to 5, wherein the energy generator is connected to a high voltage end of the high voltage power source; The low voltage side of the power supply directly outputs a current, and the energy generator directly outputs a current.

[Claim 9] A novel power generating apparatus, comprising: a high voltage power source; and the energy generator according to any one of claims 1 to 5, wherein the high voltage end or the low voltage end of the high voltage power source and the energy generator are respectively The arc discharge device or the housing is connected.

[Claim 10] A power generation method characterized by comprising the following processes: Step 1: The high voltage power supply supplies voltage and current to the energy generator;

Step 2: The arc discharge device in the energy generator pulls the arc discharge, so that the microneutrons of the gas and the powder are released at a high speed, and are taken out by the conductor or the coil to form a flow of the microneutron, that is, a current output;

In the second step, the energy generator adds at least one of a magnetic field, an electrostatic field, an electromagnetic wave, and an oscillating electromagnetic field, and they interact with the arc to increase the release of electric energy.