CN203548085U

CN203548085U - Water-cooled type combined vortex power generation device

Info

Publication number: CN203548085U
Application number: CN201320612633.9U
Authority: CN
Inventors: 陈勇; 张朝刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-08
Filing date: 2013-10-08
Publication date: 2014-04-16
Anticipated expiration: 2023-10-08

Abstract

The utility model relates to a water-cooled type combined vortex power generation device. The water-cooled type combined vortex power generation device comprises a primary power generation device, a secondary power generation device, a tertiary power generation device, a heat exchange device and a heating device, wherein the power generation device is provided with a sealing pipe, and the sealing pipe is internally provided with the primary power generation device and the secondary power generation device in sequence; the primary power generation device comprises a middle shaft I, and a shaft body is rotatably connected to a turbine fan I and a power generation fan I; the exterior of the sealing pipe is provided with the heating device; a middle shaft II of the secondary power generation device is a hollow pipe body, and the exterior of a shaft body is rotatably connected to a turbine fan II and a power generation fan II in sequence; the middle shaft II is internally provided with the tertiary power generation device; the tertiary power generation device comprises a middle shaft III, and a shaft body is rotatably connected to a turbine face III and a power generation fan III; the middle shaft II and the sealing pipe are both connected with the heat exchange device. The power generation device enables the temperature difference of the interior and the exterior of airflow vortexes to be increased through the matching use of seawater and the heating device, thus high-efficiency power generation is achieved, electric energy is provided for underwater equipment to use, and the long-time work of the underwater working equipment is guaranteed.

Description

Water-cooled combination Whirl pool electric generation device

Technical field

The utility model relates to a kind of electricity generating device, especially a kind of water-cooled combination Whirl pool electric generation device.

Background technique

At present, general power plant all need air in the course of the work, not difficult for ground power system realization, and for submarine, need the equipment of working under water for a long time, how can be a difficult problem for it provides electric energy endlessly.

Model utility content

In order to address the above problem, the utility model proposes a kind of water-cooled combination Whirl pool electric generation device, this electricity generating device utilizes Crow section theorem, by seawater, to the gas of air-flow vortex inside, carry out cooling, and by heating equipment, the gas of air-flow vortex outside is heated, realize the increasing of air-flow vortex internal-external temperature difference, thus high efficiency generating, and electric energy is offered to underwater installation use, can guarantee that underwater operation equipment can work for a long time.

The utility model is achieved through the following technical solutions: a kind of water-cooled combination Whirl pool electric generation device, comprises one-level electricity generating device, secondary electricity generating device, three grades of heating equipments that electricity generating device, heat-exchange device and corresponding one-level electricity generating device arrange; Described electricity generating device has one to form the sealed pipe of gas flow loop, in described sealed pipe along flow flow direction and be sequentially with one-level electricity generating device and secondary electricity generating device; Described one-level electricity generating device comprises by strut I and is fixedly connected on the axis I in sealed pipe, axis body one end of described axis I turbofan I that is rotatably connected, the other end generating fan I that is rotatably connected; The corresponding turbofan I in outside of described sealed pipe and the position adding between Hot-air fan I are provided with heating equipment; The axis II of described secondary electricity generating device is hollow body, by strut II, is fixedly connected in sealed pipe, and the axis body outside of described axis II is along air current flow direction order be rotatably connected turbofan II and generating fan II; The upper and lower end of described axis II extends and is connected to form gas flow loop; In described axis II, be provided with three grades of electricity generating devices; Described three grades of electricity generating devices comprise by strut III and are fixedly connected on the axis III in sealed pipe, on the axis body of described axis III along air current flow direction order be rotatably connected turbofan III and generating fan III; Described axis II and sealed pipe are all connected with heat-exchange device.

Air current flow opposite direction in air current flow direction and sealed pipe in described axis II.

The position of described axis II between turbofan II and generating fan II made by Heat Conduction Material, and all the other are all made by thermoinsulation material.

The position of described sealed pipe between turbofan I and generating fan I made by Heat Conduction Material, and remaining part is all made by thermoinsulation material.

On the body of described sealed pipe, connect the heat exchanger I being made by Heat Conduction Material; In described axis II, be connected with the heat exchanger II being made by Heat Conduction Material.

Turbofan described in the utility model all connects the motor shaft of turbo-dynamo, and described generating fan all connects the motor shaft of generator, and described turbo-dynamo and generator are installed in corresponding axis.

The beneficial effects of the utility model are: a kind of water-cooled combination Whirl pool electric generation device, this electricity generating device utilizes Crow section theorem, by being used in conjunction with of seawater and heating equipment, realize the increasing of air-flow vortex internal-external temperature difference, thereby high efficiency generating, and electric energy is offered to underwater installation use, can guarantee that underwater operation equipment can work for a long time.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is described in further detail.

Accompanying drawing 1 is the structural representation of water-cooled combination Whirl pool electric generation device.

In figure, 1. sealed pipe, 2. heating equipment, 3. one-level electricity generating device, 3-1. axis I, 3-2. turbofan I, 3-3. generating fan I, 3-4 strut I, 4. secondary electricity generating device, 4-1. axis II, 4-2. turbofan II, 4-3. generating fan II, 4-4. strut II, 5. three grades of electricity generating devices, 5-1. axis III, 5-2. turbofan III, 5-3. generating fan III, 5-4. strut III, 6. heat-exchange device, 6-1 heat exchanger I, 6-2 heat exchanger II.

Embodiment

In the accompanying drawings, a kind of water-cooled combination Whirl pool electric generation device, comprises that one-level electricity generating device 3, secondary electricity generating device 4, three grades of electricity generating devices 5, heat-exchange device 6 and corresponding one-level electricity generating devices arrange 3 heating equipment 2; Described electricity generating device has a sealed pipe 1 that forms gas flow loop, and described sealed pipe 1 is interior is sequentially with one-level electricity generating device 3 and secondary electricity generating device 4 along air current flow direction; Described one-level electricity generating device 3 comprises by strut I 3-4 and is fixedly connected on the axis I 3-1 in sealed pipe, axis body one end of described axis I 3-1 turbofan I 3-2 that is rotatably connected, the other end generating fan I 3-3 that is rotatably connected; The corresponding turbofan I 3-2 in outside of described sealed pipe 1 and the position adding between Hot-air fan I 3-3 are provided with heating equipment 2; The axis II 4-1 of described secondary electricity generating device 4 is hollow body, by strut II 4-4, is fixedly connected in sealed pipe 1, and the axis body outside of described axis II 4-1 is along air current flow direction order be rotatably connected turbofan II 4-2 and generating fan II 4-3; The two ends of described axis II 4-1 are extended and are connected to form gas flow loop; In described axis II 4-1, be provided with three grades of electricity generating devices 5; Described three grades of electricity generating devices 5 comprise by strut III 5-4 and are fixedly connected on the axis III 5-1 in axis II 4-1, on the axis body of described axis III 5-1 along air current flow direction order be rotatably connected turbofan III 5-2 and generating fan III 5-3; Described axis II 4-1 and sealed pipe 1 are all connected with heat-exchange device 6.

Air current flow direction in described axis II 4-1 and the air current flow opposite direction in sealed pipe 1.

The position of described axis II 4-1 between turbofan II 4-2 and generating fan II 4-3 made by Heat Conduction Material, and all the other are all made by thermoinsulation material.

The position of described sealed pipe 1 between turbofan I 3-2 and generating fan I 3-3 made by Heat Conduction Material, and remaining part is all made by thermoinsulation material.

On the body of described sealed pipe 1, connect the heat exchanger I 6-1 being made by Heat Conduction Material; On described axis II 4-1, be connected with the heat exchanger II 6-2 being made by Heat Conduction Material.

Working principle of the present utility model is: in working procedure, the turbofan I 3-2 of one-level electricity generating device 3 rotates and produces air-flow vortex, heating equipment 2 heats air-flow vortex extraneous gas, add air flow vortex internal-external temperature difference, increase the air-flow vortex speed of walking around, fan I 3-3 rotary electrification makes to generate electricity; The heat producing in one-level electricity generating device 3 working procedure flows along sealed pipe 1, the air-flow vortex external heat that secondary electricity generating device 4 is produced, increase air-flow vortex rotating speed, fan II 4-3 rotary electrification makes to generate electricity, the heat producing in secondary electricity generating device 4 working procedure, is recycled to one-level generating assembling device 3 and enters further work process by cooled with seawater through heat exchanger I 6-1; Gas in described three grades of electricity generating devices 5 through over-heat-exchanger II 6-2 by cooled with seawater, its temperature is lower, by turbofan III 5-3, rotate the air-flow whirlpool temperature producing also lower, but owing to being subject to the impact of the waste heat in sealed pipe 1, air-flow vortex extraneous gas temperature is raise, add air flow vortex internal-external temperature difference, fan III 5-3 rotary electrification makes to generate electricity.

Claims

1. a water-cooled combination Whirl pool electric generation device, is characterized in that: comprise that one-level electricity generating device (3), secondary electricity generating device (4), three grades of electricity generating devices (5), heat-exchange device (6) and corresponding one-level electricity generating device arrange the heating equipment (2) of (3); Described electricity generating device has a sealed pipe (1) that forms gas flow loop, in described sealed pipe (1), along air current flow direction, is sequentially with one-level electricity generating device (3) and secondary electricity generating device (4); Described one-level electricity generating device (3) comprises by strut I (3-4) and is fixedly connected on the axis I (3-1) in sealed pipe, axis body one end of described axis I (3-1) turbofan I (3-2) that is rotatably connected, the other end generating fan I (3-3) that is rotatably connected; The corresponding turbofan I in outside (3-2) of described sealed pipe (1) and the position adding between Hot-air fan I (3-3) are provided with heating equipment (2); The axis II (4-1) of described secondary electricity generating device (4) is hollow body, by strut II (4-4), be fixedly connected in sealed pipe (1), the axis body outside of described axis II (4-1) is along air current flow direction order be rotatably connected turbofan II (4-2) and the fan II (4-3) of generating electricity; The two ends of described axis II (4-1) are extended and are connected to form gas flow loop; In described axis II (4-1), be provided with three grades of electricity generating devices (5); Described three grades of electricity generating devices (5) comprise by strut III (5-4) and are fixedly connected on the axis III (5-1) in axis II (4-1), on the axis body of described axis III (5-1) along air current flow direction order be rotatably connected turbofan III (5-2) and the fan III (5-3) of generating electricity; Described axis II (4-1) and sealed pipe (1) are all connected with heat-exchange device (6).

2. a kind of water-cooled combines Whirl pool electric generation device according to claim 1, it is characterized in that: the position that described axis II (4-1) is positioned between turbofan II (4-2) and generating fan II (4-3) is made by Heat Conduction Material, and all the other are all made by thermoinsulation material.

3. a kind of water-cooled combines Whirl pool electric generation device according to claim 1, it is characterized in that: the position that described sealed pipe (1) is positioned between turbofan I (3-2) and generating fan I (3-3) is made by Heat Conduction Material, and remaining part is all made by thermoinsulation material.

4. a kind of water-cooled combines Whirl pool electric generation device according to claim 1, it is characterized in that: on the body of described sealed pipe (1), connect the heat exchanger I (6-1) being made by Heat Conduction Material; In described axis II (4-1), be connected with the heat exchanger II (6-2) being made by Heat Conduction Material.

5. a kind of water-cooled combines Whirl pool electric generation device according to claim 1, it is characterized in that: described turbofan all connects the motor shaft of turbo-dynamo, described generating fan all connects the motor shaft of generator, and described turbo-dynamo and generator are installed in corresponding axis.