WO1997039239A1

WO1997039239A1 - A hydrodynamic electrical generation plant by the way of vacuum adsorption

Info

Publication number: WO1997039239A1
Application number: PCT/CN1996/000026
Authority: WO
Inventors: Jinyu Zhou
Original assignee: Jinyu Zhou
Priority date: 1996-04-16
Filing date: 1996-04-16
Publication date: 1997-10-23
Also published as: AU5330996A

Abstract

A hydrodynamic electrical generation plant by the way of vacuum adsorption includes a pipeline system for a driven liquid and an electrical generation unit. Hydraulic located in the electrical generation unit is driven by the liquid flowing in a main tubing because of siphonage, and a magnetic dish located on shaft of the generator is driven by magnetic induction for transmitting electric power.

Description

Invention

The present invention relates to power generation equipment, in particular to a new energy power generation device, and in particular, to a fluid power generation device utilizing a vacuum suction principle formed by atmospheric pressure. Technical background

For the construction and development of human society, countries around the world are looking for the development and utilization of new energy sources. For example, in addition to building rivers and dams to increase ice levels and using hydropower to generate electricity, using coal thermal power and nuclear power, scientists also design and use Solar power is used to generate electricity, Haiyong tide drop power is used to generate electricity, and geothermal or wind power is used to generate electricity. These energy sources have been widely used and have produced huge economic benefits. However, in today's world, the lack of electricity in the country is still a huge obstacle to the economic development of the country. Therefore, it is necessary to seek new energy to generate electricity. To supplement the lack of electricity.

The purpose of the present invention is to use the principle of vacuum suction generated by atmospheric pressure to accelerate the flow of water in a vacuum pipe, so that the vane machine in the pipe, that is, the hydraulic turbine, is driven by the water stream to cause the generator device to run and generate electricity at a certain flow rate. Under the circumstances, the multi-stage turbine is driven by the water current to rotate, thereby driving the generator set to operate efficiently and generate electricity. Brief description of the invention

In order to achieve the above object, the present invention provides a vacuum suction hydroelectric power generation device, which includes a driving wave body pipeline system and a generator set device, which is characterized in that:

The driving liquid pipeline system includes an open lower storage tank, an upper drop storage tank, a pipeline, a main pipeline and a vacuum pump with a water supply opening with a sealed cover, and the lower storage tank is connected to the upper drop storage tank through a pipeline. The tanks are connected, and the upper and lower liquid storage tanks are connected to the main pipeline through a pipeline. The main pipeline is connected to the lower wave storage tank. A motor-driven vacuum pump is installed in the pipeline. The generator set device is rotatably installed in the pipeline. A multi-stage hydraulic turbine in a main pipeline, which has a plurality of pairs of magnetic poles at a relatively central position in the circumferential direction; a plurality of generator sets corresponding to the multi-stage magnetic turbines are located outside the main pipeline, and the generator set includes a generator and a The magnetic disk on the main shaft of the generator has a plurality of pairs of magnetic poles in a circumferentially opposite center. The number of pairs of the magnetic pole pairs is the same as that of the magnetic poles on the water turbine.

The generator set device and the water turbine can be installed on the generator shaft end and the water wheel respectively. Sealed.

The liquid is water.

Before the vacuum suction hydroelectric power generating device provided by the present invention is started, the liquid is poured into the liquid storage tank and the up-and-down liquid tank, and the pipeline and the main pipeline are also filled with liquid at the same time, such as water, and then the water storage cap of the wave storage tank is closed. Start the vacuum pump to evacuate the inside of the pipe and make the liquid, such as water, fill the inside of the pipe and the main pipe. Therefore, the difference between the lower liquid storage tank-pipe-up-drop tank-pipe-main pipeline-lower storage tank will be caused by The siphon principle forms an uninterrupted flow of liquid (such as water). The liquid flowing in the main pipeline drives the turbine to rotate. The magnetic poles on the turbine interact with the magnetic poles on the disks of the generator set (such as phase repulsion), so the disks are rotated. And drive the generator to generate electricity. When the operation is normal, as long as the vacuum pump is driven with a small power to eliminate leakage and reduce the vacuum in the pipeline, the siphon flow can be ensured. BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an overall schematic view of an embodiment of a vacuum suction hydroelectric generator device according to the present invention. Examples

As shown in FIG. 1, the vacuum suction hydroelectric power generation device provided by the present invention has a driving liquid pipeline system and a generator device. The driving liquid pipeline system has a lower wave storage tank 1, and the lower liquid storage tank 1 is connected to the pipeline 2, 3 and The first up-drift storage tank 1 4 is connected, and a first pump 11 1 driven by a motor 1 1 ′ is installed between the pipes 2 and 3. The first up-drift storage tank 1 4 is connected to the pipe 4 through The second up-and-down liquid storage tank 14 is connected, and a second vacuum pump 12 driven by a motor 12 'is also installed on the pipeline 4. The second upper drop tank 1 4 is connected to the main pipe 7 through a pipe 5, and the main pipe 7 is connected in series through a pipe 6 to another main pipe 7 ′, and the main pipe 7 ′ is connected to the lower wave storage tank 1. Pipes 4 and 5 also have capped water inlets 1 3,, 1 3 ".

The generator unit includes five hydraulic turbines 8, 8 ′, which are axially rotatably installed in the main pipes 7, 7 ′, respectively, and the hydraulic turbines 8, 8 ′ have a plurality of pairs of magnetic poles N-S relatively circumferentially on the center. The generator set includes generators 10, 10, and magnetic disks 9, 9, installed on the shafts of the generators 10, 10, and installed in the main pipe 7, 7, and the outer casing. A disk 9, 9 is provided. 'Are flush with the turbines 8 and 8' respectively.

When the waves in the main pipe 7, 7 'flow due to the principle of siphon, the water turbine is driven 8, 8 ′ rotation, due to the magnetic response (such as phase repulsion), the magnetic disks 9, 9 located in the main pipe 7, 7 are rotated, so that the generator 10, 10 is rotated to generate electricity.

The liquid in this embodiment is water, and may be oil or other similar liquids.

The second embodiment (not shown) of the present invention is the same as the above embodiment, except that the permanent turbines 8 and 8 are driven by gears such as two pairs of bevel gears through the main pipeline to drive the generators 10, 10 ' .

The driving motors 1 1 ', 1 2' of the vacuum pumps 1 1, 1 2 can be supplied by solar and / or wind power. Industrial applicability

The vacuum suction permanent power generating device provided by the present invention can be used to generate power.

Claims

* Again m-^

1. A vacuum pumping hydroelectric power generation device i, which includes a driving liquid pipeline system and a generator set device, which is characterized by:

The driving liquid pipeline system includes an open lower liquid storage tank, an upper drop liquid storage tank, a pipe, a main pipeline and a vacuum pump with a water supply port with a dense cover, and the lower liquid storage tank communicates with the upper liquid storage via a pipe. The liquid tanks are connected, the upper drop liquid storage tank is connected with the main pipeline through a pipeline, the main pipeline is connected with the lower storage tank, and a motor-driven vacuum pump is installed in the pipeline; the generator set device includes a rotatable device The multi-stage permanent turbine in the main pipeline has multiple pairs of magnetic poles at the center of the circumferential direction of the water turbine; multiple generators corresponding to the multi-stage magnetic turbines are located outside the main pipeline. The generator has a generator and a solid The magnetic disk mounted on the main shaft of the generator has a plurality of pairs of magnetic poles in the circumferential center, and the number of pairs of the magnetic pole pairs is the same as that of the magnetic poles on the ice turbine.

2. The power generating device according to claim 1, characterized in that the generator set device and the water turbine can be driven by a bevel gear pair installed on the generator shaft end and the water turbine shaft end respectively, and the horizontal bevel gear shaft Pass through the main pipe wall and be tightly sealed.

3. The power generating device according to Forklift claim 1, characterized in that the liquid therein is permanent.