JP2016201974A - Power generator with output quantity made larger than input quantity using electricity as power source - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a power generator of which output quantity is larger than the input quantity by increasing the number of rotations of a power generating machine with a motor, using electricity as a power source.SOLUTION: In the power generator of which output quantity is made larger than the input quantity, using electricity as a power source, a powerful permanent magnet is used in a box 1, a high-performance motor 2 with a reduced coil resistance and the powerful permanent magnet are used, a high-performance power generating machine 3 with a reduced coil resistance is longitudinally connected to the motor 2 so that the rotation energy generated by the motor works with the power generating machine 3, an electricity drawing line 4 is provided for drawing electricity to serve as the power source of the motor 2, one end of the electricity drawing line 4 is connected to the motor 2, the other end of the line is extracted to the outside of the box 1, a transmission line 5 is provided to send the electricity generated by the power generating machine 3 to the outside of the box 1, one end of the transmission line 5 is connected to the power generating machine 3, and the other end of the machine is extracted to the outside of the box 1.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a power generation apparatus that uses electricity as a power source, increases the rotational speed of a generator via a motor, and makes the output amount larger than the input amount.

Conventionally, as a method of producing electricity, solar power is generated by converting solar light (solar energy) into electrical energy using solar cells, and wind turbines are rotated by wind power, and the rotational energy is linked to the gearbox. The number of revolutions is increased, the generator is driven by the increased rotational energy, wind power is generated, and steam is generated using the thermal energy generated by fissioning uranium in the nuclear reactor. Rotate the turbine, drive the generator directly connected to the turbine to generate electricity, and make steam using the heat burned by fossil fuel, rotate the turbine with the power of the steam, Electricity was generated by thermal power generation that drives a directly connected generator to generate electricity.
Moreover, the illumination photovoltaic power generation device that generates power by applying illumination light from a light-emitting lamp to a photovoltaic cell that generates power when it is exposed to light, and not only covers the power of the light-emitting lamp with the generated power but also supplies the generated power to the outside Is known (Patent Document 1).
JP2011-216835A

Therefore, there were the following problems.
(B) Since photovoltaic power generation uses sunlight to produce electricity, it is indispensable to incorporate sunlight into the solar cell. However, depending on the weather, season, and location, it is necessary to fully incorporate sunlight. There were many things that could not be done. As a result, the amount of power generated by the solar cell was not stable. There was no power generation at night.
(B) Since wind power generation uses wind power to produce electricity, it is essential to obtain wind power. However, wind power generation often depends on the weather, season, and location, and wind power cannot be obtained sufficiently. As a result, the power generation was not stable.
(C) Nuclear power generation is a method of fissioning uranium in a nuclear reactor and converting thermal energy into electrical energy. However, if an accident occurs due to a large earthquake, tsunami, etc., it will lead to a catastrophe, and damage from radioactive material scattering Sometimes it was enormous. In addition, an enormous amount of money was required for the accident handling costs, which had an impact on electricity charges.
(D) Thermal power generation burns fossil fuel, generates steam with heat energy, and converts it into electric energy. However, when burning fossil fuel, it emits a large amount of CO2, which is a greenhouse gas. Global warming). In addition, the cost of fossil fuel procurement increased, affecting the electricity bill.
The present invention has been made to solve the above problems.

  A high-performance motor (2) with good transmission efficiency (motor efficiency) that uses a permanent magnet with strong magnetic force inside the box (1), increases the diameter of the wire of the winding, and reduces winding resistance; Using a high-performance generator (3) with a good transmission efficiency (generator efficiency) using a permanent magnet having a strong magnetic force, increasing the diameter of the wire of the winding, and reducing the winding resistance, the generator The number of rotations is increased via the motor (2) from the number of rotations held by the (3), and the generators (3) are connected in cascade so that the rotational energy is linked to serve as a power source for the motor (2). An electric lead-in wire (4) for taking electricity into the box (1) is provided, one end of the electric lead-in wire (4) is connected to the motor (2), and the other end is connected to the outside of the box (1). Electricity generated by the generator (3) outside the box (1) Transmission line (5) provided to send, connect one end portion of said transmission line (5) to the generator (3) gave the other end to the outside of the box (1). This is a power generation device that uses the electricity characterized by the above as a power source and has an output amount larger than an input amount.

The relationship between the torque (power acting in the rotation direction) of the generator (3) and the rotation speed is described.
The power generation amount of the generator (3) increases in proportion to the rotational speed if the rotational speed is increased with the same torque. Moreover, if it is a 50 Hz specification, it will be 3000 rpm (rotational speed for 1 minute), and if it is a 60 Hz specification, it will be 3600 rpm. If the rotation speed changes, the frequency also changes at the same ratio.
There is a basic relationship as described above. Therefore, by increasing the rotational speed of the generator (3) through the motor (2), electricity with a larger output amount than the input amount can be produced.

Stable electricity can be produced by using the electricity of the present invention as a power source and generating electricity with a power generator having an output larger than the input. In addition, if multiple units are operated, the amount of power generation doubles. If a large number of individual electric users (individual houses, apartment houses, companies, etc.) operate, a large amount of electricity can be generated.
Therefore, although power generation such as solar power generation and wind power generation is influenced by the weather and the power generation amount is not stable, it can be compensated by this stable electricity. In addition, high-risk nuclear power generation can be reduced somewhat. In addition, thermal power generation, which emits a large amount of CO2 and adversely affects the global environment, can be reduced. In addition, it is possible to reduce the levy of renewable energy power generation and solar surcharges from the electricity bill.

The perspective view which removed a part of box of the present invention

Embodiments of the present invention will be described below.
(A) Install the motor (2) on the inner bottom of the box (1) as shown in FIG.
The transmission efficiency (motor efficiency) of the motor (2) is desirably 95% or more.
A brushless motor (2) that uses a coil with increased wire diameter and reduced winding resistance, a neodymium magnet with a strong magnetic force, and a ferrite magnet is optimal for 95% or more. .
Most of the loss of rotational energy is due to winding (copper wire) resistance. To reduce the winding (copper wire) resistance, the diameter of the wire of the winding (copper wire) must be increased. If the cross-sectional area is doubled, the resistance value is halved, so the overall resistance is halved, the current value is reduced, and energy loss such as heat generation is reduced. Therefore, transmission efficiency (motor efficiency) increases.
(B) As shown in FIG. 1, an electric lead-in wire (4) for taking in electricity as a power source is provided inside the box (1), and one end of the electric lead-in wire (4) is connected to a motor (2 ) And connect the other end to the outside of the box (1).
The electrical lead-in wire (4) is optimally a copper wire that is a good conductor of electricity.

(C) As shown in FIG. 1, the generator (3) is connected to the inner bottom of the box (1) in accordance with the position of the motor (2) and installed in a column.
The transmission efficiency (generator efficiency) of the generator (3) is preferably 90% or more.
In order to achieve 90% or more, it is optimal to use a coil with increased winding diameter (copper wire), reduced winding resistance, a neodymium magnet with strong magnetic force, and a ferrite magnet.
Most of the energy loss in the power generator is due to the winding (copper wire) resistance. To reduce the winding (copper wire) resistance, the diameter of the wire of the winding (copper wire) must be increased. If the cross-sectional area is doubled, the resistance value is halved, so the overall resistance is halved, the current value is reduced, and energy loss such as heat generation is reduced. Therefore, transmission efficiency (generator efficiency) increases.
(D) As shown in FIG. 1, the motor (2) is used to increase the rotational speed of the generator (3), and the rotational energy is linked to the generator (3) to produce electricity. A power transmission line (5) is provided for delivering the generated electricity to the outside of the box (1), one end of the power transmission line (5) is connected to the generator (3), and the other end of the power transmission line (5) is connected. Put one end out of the box (1).
The transmission line (5) is optimally a copper wire which is a good conductor of electricity.
The present invention is configured as described above.

  When using this, install an outlet on the outer wall of the house, install the box (1) with the power generator on the flat ground near the outlet, and connect the electric lead-in wire (4) connected to the motor (2) The plug is inserted into an outlet, and the rotational energy is linked to the generator (3) via the motor (2) to generate power, and the electricity is sent to the outside of the box (1) through the transmission line (5).

As for the basic relationship between the torque of the generator (3) and the rotational speed, the frequency changes at the same ratio as the rotational speed changes. The rotational speed is 3000 rpm for the generator (3) with 50 Hz specifications, and 3600 rpm for the generator (3) with 60 Hz specifications. Further, the power generation amount of the generator (3) increases in proportion to the rotational speed by increasing the rotational speed with the same torque.
Therefore, the present invention increases the rotational speed via the motor (2) with the torque of the generator (3), and the power generation amount increases in proportion to the rotational speed by interlocking with the generator (3). Therefore, it is a power generation device that uses electricity as a power source and has an output amount larger than an input amount.

For a high-performance motor (2) with a transmission efficiency (motor efficiency) of 95%, 50 W of electricity is applied per minute, the rotation speed is set to 3600 rpm, and the rotation efficiency is 90%. In conjunction with a high-performance 50 Hz-specification 3000 rpm generator (3), the generator (3) increases the number of revolutions from 3000 rpm to 1.2 times 3600 rpm, thereby generating electricity from the generator (3). The output amount is shown below.
The input amount (use amount) of electricity for 1 minute to the motor (2) is 50 W.
A motor (2) having a transmission efficiency (motor efficiency) of 95% is used.
A generator (3) having a transmission efficiency (generator efficiency) of 90% is used.
Increase the speed to 1.2 times.
50W × 0.95 × 0.9 × 1.2 = 51.3W
The total power generation amount (output amount) is 51.3W, and when the input amount is subtracted, it becomes 1.3W.
When the number of revolutions is increased by a factor of 1.2, the net power generation increases by 2.6%.
When the number of revolutions is increased 1.3 times, the net power generation amount increases by 11.15%.
As the input amount increases, the output amount increases in proportion.
In addition, by operating multiple units, the amount of power generation doubles, and if a large number of individual electricity users (personal houses, apartment houses, companies, etc.) operate, a large amount of power can be generated.

1 Box 2 Motor 3 Generator 4 Electric lead-in line 5 Transmission line

Claims (1)

  A high-performance motor (2) with good transmission efficiency (motor efficiency) that uses a permanent magnet with strong magnetic force inside the box (1), increases the diameter of the wire of the winding, and reduces winding resistance; Using a high-performance generator (3) with a good transmission efficiency (generator efficiency) using a permanent magnet having a strong magnetic force, increasing the diameter of the wire of the winding, and reducing the winding resistance, the generator The number of rotations is increased via the motor (2) from the number of rotations held by the (3), and the generators (3) are connected in cascade so that the rotational energy is linked to serve as a power source for the motor (2). An electric lead-in wire (4) for taking electricity into the box (1) is provided, one end of the electric lead-in wire (4) is connected to the motor (2), and the other end is connected to the outside of the box (1). Electricity generated by the generator (3) outside the box (1) A power transmission line (5) is provided, one end of the power transmission line (5) is connected to the generator (3), and the other end is connected to the outside of the box (1). A power generator with a larger output than input.

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