CN208803941U - A kind of wind power generation plant - Google Patents

Abstract

The utility model discloses a kind of wind power generation plants, including cabinet, wind power generation wall, Telescopic supporting rod and charge storage unit, the cabinet is cuboid structure, the cabinet top is connected with cover board, cabinet bottom end inner wall is connected with two groups of Telescopic supporting rods, spring is equipped with outside the Telescopic supporting rod, described Telescopic supporting rod one end is fixedly welded on cabinet bottom end inner wall, the other end is fixedly connected on wind power generation wall, the wind power generation wall is equipped with wind power generation module, and the wind power generation module is provided with multiple groups, the wind power generation wall bottom end is connected with the first conducting wire, first conducting wire one end connects wind power generation wall, the other end connects charge storage unit, the charge storage unit bottom end is fixedly connected on cabinet bottom end inner wall, the second wire guide is offered below the cabinet.The wind power generation plant, structure is simple, and design rationally, saves space, reduces economic cost, can be used with popularity.

Description

A kind of wind power generation plant

Technical field

The utility model belongs to technical field of wind power generation, and in particular to a kind of wind power generation plant.

Background technique

Since global crude oil is largely exploited and used, and the renewable sources of energy are discharged with clean, low temperature chamber gas and self-produced The characteristic of the energy has gradually been classified as the emphasis of future source of energy policy consideration, wherein wind-power electricity generation is listed in always development Regenerated energy One of the option in source has clean and pollution-free characteristic, and wind-force source due to generating the energy without the consumption via substance It is inexhaustible natural wind, it has also become the substituted energy of industrial circle active development at present, the hair of traditional wind-power electricity generation Motor is installed in fixed-site, and rotating vane and fixed frame have complicated installation procedure, the construction cost of conventional wind power generation It is higher, land occupation is big and is not easy group sets, ground or the engineering construction such as remote districts or city and the suburbs for backward country It needs, with the presence of the problem of setup fee is too high and lack of space.

Utility model content

The purpose of this utility model is to provide a kind of wind power generation plants, to solve mentioned above in the background art ask Topic.

To achieve the above object, the utility model provides the following technical solutions: a kind of wind power generation plant, including cabinet, Wind power generation wall, Telescopic supporting rod and charge storage unit, the cabinet are cuboid structure, and the cabinet top is connected with lid Plate, cabinet bottom end inner wall is connected with two groups of Telescopic supporting rods, is equipped with spring outside the Telescopic supporting rod, described to stretch Contracting formula support rod one end is fixedly welded on cabinet bottom end inner wall, and the other end is fixedly connected on wind power generation wall, the wind-power electricity generation Wall is equipped with wind power generation module, and the wind power generation module is provided with multiple groups, and the wind power generation wall bottom end is connected with the One conducting wire, first conducting wire one end connect wind power generation wall, and the other end connects charge storage unit, and the charge storage unit bottom end is fixed It is connected to cabinet bottom end inner wall, the second wire guide is offered below the cabinet, second is connected on front side of the charge storage unit and leads Line, second wire guide are matched with the second conducting wire, and the wind power generation module includes the first rotor axis, the second armature spindle And generator, wind-power electricity generation blade is equipped on the first rotor axis, is equipped with direct current drive after the wind-power electricity generation blade Machine rotor is connected with the second armature spindle after the first rotor axis, and the first rotor axis and the second armature spindle pass through shaft joint It is fixedly connected, the shaft joint is located at DC motor rotor rear, and generator, the generator are equipped with after the shaft joint It is nested on the second armature spindle, support frame is connected with after the generator, support frame as described above is fixedly connected on wind scooper inner wall, institute It states the first rotor axis front end and offers thread groove, the first rotor axle thread is connected and fixed cap, second armature spindle bottom end Thread groove is offered, second armature spindle is threadedly connected to support frame, and the wind scooper is rectangular hollow structure, the support Frame is fixedly welded on wind scooper inner wall quadrangle, and the wind-power electricity generation blade is equipped with multiple groups flabellum, and the flabellum is plugged on flabellum On the outside of fixing sleeve, the flabellum is using fixing sleeve as center annular array multiple groups, the flabellum fixing sleeve, wind-power electricity generation blade, directly Flowing motor rotor, shaft joint, generator is cylindrical hollow structure.

Preferably, the spring upper and lower ends are respectively connected with spring base, and the spring base center offers telescopic branch Strut hole, described spring base one end are fixedly welded on cabinet bottom end inner wall, and the other end is fixedly connected under wind power generation wall bottom end End face.

The technical effect and advantage of the utility model: the wind power generation plant is body structure, is equipped with lid above cabinet Plate, cover board is to be buckled on cabinet completely, i.e., firm and convenient to use and easy to repair, has wind power generation wall in cabinet, by stretching Contracting formula support rod, when use, rise, and withdraw when not used, and spring can be protected equipment injury-free, be increased the use of equipment with damping Service life, and equipment the space occupied is reduced, solve the problems, such as lack of space, and the wind power generation plant is body structure, just It in whole carrying, can be recycled, not need installation settings again, save the economic cost for repeating mounting device, the wind Power generation device, structure is simple, and design rationally, saves space, reduces economic cost, can be used with popularity.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the explosive view of the utility model；

Fig. 3 is the wind power generation module structural schematic diagram of the utility model；

Fig. 4 is the wind power generation module explosive view of the utility model.

In figure: 1 cover board, 2 wind power generation walls, 3 wind power generation modules, 4 first conducting wires, 5 charge storage units, 6 springs, 601 bullets Spring abutment, 7 cabinets, 8 second conducting wires, 801 second wire guides, 9 Telescopic supporting rods, 301 locking caps, 302 the first rotor axis, 303 Second armature spindle, 304 wind-power electricity generation blades, 305 DC motor rotors, 306 shaft joints, 307 generators, 308 support frames, 309 wind scoopers.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of wind power generation plant as shown in Figs 1-4, including cabinet 7, wind power generation wall 2, Telescopic supporting rod 9 and charge storage unit 5, the cabinet 7 are cuboid structure, and 7 top of cabinet is connected with cover board 1, described 7 bottom end inner wall of cabinet is connected with two groups of Telescopic supporting rods 9, and spring 6 is equipped with outside the Telescopic supporting rod 9, described flexible 9 one end of formula support rod is fixedly welded on 7 bottom end inner wall of cabinet, and the other end is fixedly connected on wind power generation wall 2, the wind-power electricity generation Wall 2 is equipped with wind power generation module 3, and the wind power generation module 3 is provided with multiple groups, 2 bottom end of the wind power generation wall connection There is the first conducting wire 4, described first conducting wire, 4 one end connects wind power generation wall 2, and the other end connects charge storage unit 5, the charge storage unit 5 bottom ends are fixedly connected on 7 bottom end inner wall of cabinet, offer the second wire guide 801 below the cabinet 7, before the charge storage unit 5 Side is connected with the second conducting wire 8, and second wire guide 801 is matched with the second conducting wire 8, and the wind power generation module 3 includes The first rotor axis 302, the second armature spindle 303 and generator 307 are equipped with wind-power electricity generation blade on the first rotor axis 302 304, DC motor rotor 305 is equipped with after the wind-power electricity generation blade 304, and is connected with after the first rotor axis 302 Two armature spindles 303, the first rotor axis 302 and the second armature spindle 303 are fixedly connected by shaft joint 306, the shaft joint 306 are located at 305 rear of DC motor rotor, and generator 307 is equipped with after the shaft joint 306, and the generator 307 is nested with On the second armature spindle 303, support frame 308 is connected with after the generator 307, support frame as described above 308 is fixedly connected on wind-guiding 309 inner walls are covered, 302 front end of the first rotor axis offers thread groove, and the first rotor axis 302 is threadedly coupled locking cap 301,303 bottom end of the second armature spindle offers thread groove, and second armature spindle 303 is threadedly connected to support frame 308, institute Stating wind scooper 309 is rectangular hollow structure, and support frame as described above 308 is fixedly welded on 309 inner wall quadrangle of wind scooper, the wind-force hair Electric blade 304 is equipped with multiple groups flabellum, and the flabellum is plugged on the outside of flabellum fixing sleeve, and the flabellum is using fixing sleeve as center ring Shape array multiple groups, the flabellum fixing sleeve, wind-power electricity generation blade 304, DC motor rotor 305, shaft joint 306, generator 307 be cylindrical hollow structure.

Specifically, 6 upper and lower ends of spring are respectively connected with spring base 601,601 center of spring base, which offers, stretches Contracting formula support rod hole, described 601 one end of spring base are fixedly welded on 7 bottom end inner wall of cabinet, and the other end is fixedly connected on wind-force hair Electric 2 bottom end lower end surface of wall.

Specifically, the wind power generation plant, is introduced wind by wind scooper 309, the rotation of wind-power electricity generation blade 304 drives the One armature spindle 302 and the second armature spindle 303, the first rotor axis 302 and the second armature spindle 303 drive DC motor rotor 305, Then it produces electricl energy motor 307, charge storage unit 5 is transmitted to by the first conducting wire 4, the second conducting wire 8 in charge storage unit 5 is last Electric energy is transferred out, multiple groups wind power generation module 3 increases generated output, frequency converter is provided in charge storage unit 5, by income DC conversion is that alternating current is transmitted to by the second conducting wire 8 using end, and flabellum is more using fixing sleeve as center annular array multiple groups Convenient for generating bigger wind speed, locking cap 301 and support frame 308, a setting is arranged finally, and all for one group flabellum in front end Using threaded connection, the stability of structure is increased, the wind power generation plant, structure is simple, and design rationally, saves space, drop Low economic cost can be used with popularity.

Finally, it should be noted that the above descriptions are merely preferred embodiments of the present invention, it is not limited to this Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art For, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic It is equivalently replaced, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on, It should be included within the scope of protection of this utility model.

Claims (2)

1. a kind of wind power generation plant, including cabinet (7), wind power generation wall (2), Telescopic supporting rod (9) and charge storage unit (5), it is characterised in that: the cabinet (7) is cuboid structure, and cabinet (7) top is connected with cover board (1), the cabinet (7) bottom end inner wall is connected with two groups of Telescopic supporting rods (9), is equipped with spring (6) outside the Telescopic supporting rod (9), described Telescopic supporting rod (9) one end is fixedly welded on cabinet (7) bottom end inner wall, and the other end is fixedly connected on wind power generation wall (2), institute Wind power generation wall (2) are stated equipped with wind power generation module (3), and the wind power generation module (3) is provided with multiple groups, the wind-force Power generating wall (2) bottom end is connected with the first conducting wire (4), and described first conducting wire (4) one end connects wind power generation wall (2), and the other end connects It connects charge storage unit (5), charge storage unit (5) bottom end is fixedly connected on cabinet (7) bottom end inner wall, opens below the cabinet (7) Equipped with the second wire guide (801), it is connected with the second conducting wire (8) on front side of the charge storage unit (5), second wire guide (801) It is matched with the second conducting wire (8), the wind power generation module (3) includes the first rotor axis (302), the second armature spindle (303) With generator (307), it is equipped with wind-power electricity generation blade (304) on the first rotor axis (302), the wind-power electricity generation blade (304) it is equipped with after DC motor rotor (305), is connected with the second armature spindle (303) after the first rotor axis (302), The first rotor axis (302) is fixedly connected with the second armature spindle (303) by shaft joint (306), and the shaft joint (306) sets It is equipped with generator (307) behind DC motor rotor (305) rear, the shaft joint (306), the generator (307) It is nested on the second armature spindle (303), is connected with support frame (308) after the generator (307), support frame as described above (308) is solid Surely it is connected to wind scooper (309) inner wall, the first rotor axis (302) front end offers thread groove, the first rotor axis (302) locking cap (301) are threadedly coupled, the second armature spindle (303) bottom end offers thread groove, second armature spindle (303) it is threadedly connected to support frame (308), the wind scooper (309) is rectangular hollow structure, and support frame as described above (308) is fixed It is welded on wind scooper (309) inner wall quadrangle, the wind-power electricity generation blade (304) is equipped with multiple groups flabellum, and the flabellum is plugged on On the outside of flabellum fixing sleeve, the flabellum is using fixing sleeve as center annular array multiple groups, the flabellum fixing sleeve, wind-power electricity generation blade (304), DC motor rotor (305), shaft joint (306), generator (307) are cylindrical hollow structure.

2. a kind of wind power generation plant according to claim 1, it is characterised in that: spring (6) upper and lower ends connect It is connected to spring base (601), spring base (601) center offers telescoping support rod aperture, described spring base (601) one end It is fixedly welded on cabinet (7) bottom end inner wall, the other end is fixedly connected on wind power generation wall (2) bottom end lower end surface.