CN201228615Y

CN201228615Y - Mobile wind power generation plant

Info

Publication number: CN201228615Y
Application number: CNU2008201155601U
Authority: CN
Inventors: 陈世雄
Original assignee: JETPRO TECHNOLOGY Co Ltd
Current assignee: Jiebao Technology Co., Ltd.
Priority date: 2008-07-24
Filing date: 2008-07-24
Publication date: 2009-04-29
Anticipated expiration: 2018-07-24

Abstract

The utility model relates to a mobile wind power generator, which comprises two or more foldable wind power generation modules arranged in a box body, wherein the wind power generation module consists of two or more wind power generation units and is connected with the bottom of the box body through a telescopic support rod; and a wheel set is arranged outside the bottom of the box body to facilitate movement. When not in use, the telescopic support rod is retracted, and the wind power generation modules can be folded and accommodated in the box body. When in use, the telescopic support rod is expanded, and the wind power generation modules can be taken out from the box body to generate power. A power storage unit is arranged in the box body and electrically connected with the wind power generation modules for storing the electric energy generated by the wind power generation modules.

Description

The mobile wind power device

Technical field

The utility model refers to a kind of movably small wind-driven generator especially relevant for a kind of wind generating unit.

Background technique

Because global crude oil is exploited in a large number and used, its storage reduces day by day, price is constantly upwards soaring, and the gases such as carbon dioxide that use oil in a large number and given off, and causes a big main cause of depletion of the ozone layer and greenhouse effect especially; Under the consideration in response to climatic variation and protection environment; the renewable sources of energy are because have the characteristic of cleaning, Constant Low Temperature Facilities gaseous emission and the self-produced energy; classify the emphasis that the future source of energy policy is considered gradually as; wherein; wind-power electricity generation is listed in one of option of the development renewable sources of energy always, owing to need not to produce the energy via the consumption of material, has clean free of contamination characteristic; and the wind-force source is inexhaustible natural wind, has become the alternative formula energy of present industrial circle active development.

The generator of traditional wind-power electricity generation is installed in fixed-site, and rotation blade and fixing frame all have the complex installation program; Establishes yet the construction cost of this traditional wind-power electricity generation is higher, it is big to take up an area of and be difficult for group, for the remote districts of backward country, or the city and the suburbs and other places, or engineering construction needs etc., has setup fee to exist with the problem of Tai Gao and lack of space; Secondly, often there is suitable transmission distance in the place that wind-power electricity generation is installed with the user, causes the loss of electric power conveying; Therefore, how to provide a kind of movably wind power plant can reduce the loss of transmission ﹠ distribution electric power again, become the problem that needs to be resolved hurrily at present really.

The model utility content

A purpose of the present utility model is providing a kind of movable mobile wind power device that moves to the electricity consumption place.

Another purpose of the present utility model is providing a kind of generating efficiency high mobile wind power device.

To achieve the above object, the utility model provides a kind of mobile wind power device, comprising: casing; The wind-power electricity generation wall, comprise telescopic strut and at least one group of wind power generation module, this telescopic strut is located at the bottom surface in this casing and is connected this wind power generation module, wherein, when this telescopic strut shrinks, this wind power generation module is folded in the casing, and when this telescopic strut stretched out, this wind power generation module was deployable to carry out wind-power electricity generation; And charge storage unit, be located in this casing and be electrically connected, to store the electric energy that this wind power generation module is produced with this wind power generation module.

Therefore, the utility model by the wind-power electricity generation wall can fold and be deployed within the casing, outside, by mobilizable wheels are set at bottom half, make that wind generating unit is movable to be moved to required area electric power is provided, increase convenience of the present utility model and practicability, in addition, by being set, many group wind-power electricity generation walls can effectively improve generating efficiency.

Description of drawings

Fig. 1 is the schematic perspective view that mobile wind power device of the present utility model launches;

Fig. 2 is the three-dimensional exploded view of the utility model wind power generation module part;

Action schematic representation when Fig. 3 folds for mobile wind power folding device of the present utility model;

Fig. 4 is the schematic representation after mobile wind power folding device of the present utility model folds;

Fig. 5 moves schematic representation for mobile wind power device of the present utility model;

Fig. 6 is that mobile wind power device of the present utility model uses schematic representation;

Fig. 7 is mobile wind power device second an embodiment's of the present utility model schematic representation.

Description of reference numerals

1 headstock

2 clasps

10 mobile wind power devices

20 casings

21 cover plates

22 draw rings

30 wind-power electricity generation walls

31 telescopic struts

32 wind power generation modules

321 pedestals

3211 through holes

3212 dunnages

322 wind-power electricity generation unit

3221 wind scoopers

3222 impellers

3223 generators

3224 rotating shafts

3225 steering pivots

33 pivots

34 leads

40 charge storage unit

41 leads

42 leads

Embodiment

Relevant detailed description of the present utility model and technology contents, conjunction with figs. is described as follows, however appended accompanying drawing only provides reference and explanation usefulness, is not to be used for the utility model is limited.

Please refer to Fig. 1 and Fig. 2, be respectively the schematic perspective view of mobile wind power device expansion of the present utility model and the three-dimensional exploded view of wind power generation module part, mobile wind power device 10 of the present utility model, it mainly comprises casing 20, wind-power electricity generation wall 30 and charge storage unit 40; This casing 20 is provided with cover plate 21, in the present embodiment, the bottom of this casing 20 is with movable wheels, also can be the car cabinet of no wheel during actual enforcement, casing can be equipped with fixed support 20 times, can increase its stability during fixed point, and the place ahead of casing 20 is provided with for the movable draw ring 22 that moves to the set-point that draws.

Wind-power electricity generation wall 30 includes telescopic strut 31 and at least one group of wind power generation module 32; This telescopic strut 31 is located at the bottom surface in the casing 20 and is connected wind power generation module 32, it is movable stretch out and shrink within the casing 20, outside, this wind power generation module 32 then can be folded in the casing 20, or in casing 20, take out and be deployed in outside the casing 20, in the present embodiment, flexibly connect three groups of wind power generation modules 32 by pivot 33, these three groups of wind power generation modules 32 and telescopic strut 31 are combined into wind-power electricity generation wall 30; In addition, also can be made as the wind-power electricity generation walls 30 of organizing to increase generated output more, as in casing 20, setting up two telescopic struts 31, each telescopic strut 31 can be distinguished the wind power generation module 32 that supported amount does not wait, and can establish mode according to the required group of wind-power electricity generation wall 30 that decides during actual enforcement.

In the said structure, wind power generation module 32 comprises pedestal 321 and two or more wind-power electricity generation unit 322, and pedestal 321 is connected on the telescopic strut 31 and is formed with through hole 3211, for being installed with two or more wind-power electricity generation unit 322; This wind-power electricity generation unit 322 comprises that wind scooper 3221 (is made as cylindrical shape in the present embodiment, also can not establish wind scooper or be made as other form during actual enforcement), can be used as the steering pivot 3225 of supporting frame, impeller 3222, generator 3223 and two ends are connected to the rotating shaft 3224 of impeller 3222 and generator 3223, wherein, this wind scooper 3221 is located in the through hole 3211 of this pedestal 321, this steering pivot 3225 is hubbed between this wind scooper 3221 and this pedestal 321, be provided with this impeller 3222 in this wind scooper 3221, and this generator 3223 is located at the rear of this impeller 3222; When wind-force when through hole 3211 directions of pedestal 321 blow, the impeller 3222 of military order wind-power electricity generation unit 322 and rotating shaft 3224 rotations, and make generator 3223 produce electric energy, and wind scooper 3221 also can be by this steering pivot 3225 and activity turns to the windward side, and then increases the generating efficiency of wind-power electricity generation unit 322; At last, this electric energy will be sent to the lead 34 that is connected with wind power generation module 32.

This charge storage unit 40 is located at a side of these telescopic strut 31 bottoms in the casing 20, this charge storage unit 40 comprises charger in the present embodiment, so that the electric energy that wind power generation module 32 was produced is transferred to direct current and charges into storage battery, via one group of frequency variator (Invertor) direct current of storage battery is converted to Ac to export using end to more at last, this charge storage unit 40 is connected with lead 41, lead 42, lead 41 is electrically connected with the lead 34 of wind power generation module 32, input in the charge storage unit 40 with the electric energy that this wind power generation module 32 is produced, and another root lead 42 is stably supplied away electric energy.

Referring again to Fig. 3 and Fig. 4, be respectively mobile wind power folding device of the present utility model when folding the action schematic representation and the schematic representation after folding the folding; When this wind-power electricity generation wall 30 is desired to collapse in the casing 20, telescopic strut 31 down shrinks in casing 20, many groups wind power generation module 32 that will flexibly connect by pivot 33 is folding mutually in addition, whereby, two or more wind power generation modules 32 can be accommodated in the casing 20 by multilayer folding, and the cover plate 21 that closes at last is the movable elsewhere that moves to.

As Fig. 5 and shown in Figure 6, be respectively mobile wind power device of the present utility model and move schematic representation and use schematic representation; When this mobile wind power device 10 moves, the draw ring 22 of being located at casing 20 the place aheads is connected with the clasp 2 of headstock 1, in addition, when casing 20 is the car cabinet of no wheel, then move on the platform earlier with equipment such as hydraulic jacks, move again and put to the ride at headstock 1 rear and move, in view of the above, mobile wind power device 10 active migration of the present utility model to institute's desire can be provided with part, after arriving the destination, can be directly on ride, use mobile wind power device 10, also casing 20 can be unloaded to ground and re-use; Behind the cover plate 21 of opening casing 20, with telescopic strut 31 pull-ups elongation, launch movable mutually folding wind power generation module 32 again, wind power generation module 32 is started working, the electric energy that produces is inputed in the charge storage unit 40, at last electric energy is stably supplied away.

Please refer to Fig. 7, be mobile wind power device second embodiment's of the present utility model schematic representation; Present embodiment and aforementioned first embodiment are roughly the same, its difference is to be provided with dunnage 3212 in this wind power generation module 32, with each wind-power electricity generation unit 322 at interval and provide support power, therefore, each wind-power electricity generation unit 322 can turn to the windward side by steering pivot 3225 in the through hole separately 3211 that dunnage 3212 is separated out; Another difference is that this telescopic strut 31 is located at the side of pedestal 321, or this telescopic strut 31 is located between the adjacent wind power generation module 32, when this telescopic strut 31 shrinks, can make wind power generation module 32 reduce to bottom casing 20 in, make the interior space availability ratio of casing 20 the highest; In addition, the dunnage 3212 that is provided with in this wind power generation module 32 is not limited to this embodiment's form, can be according to required adjustment during actual enforcement.

Therefore, mobile wind power device of the present utility model, in casing, be provided with the wind-power electricity generation wall of forming by two or more wind power generation modules and telescopic strut, because of wind power generation module can fold and be deployed within the casing, outside, in addition by mobilizable wheels are set at bottom half, make that the wind-power electricity generation wall is movable to be moved to required area electric power is provided, increase convenience of the present utility model and practicability; In addition, by a plurality of wind-power electricity generation unit that turn to, and many group wind-power electricity generation walls can be set in the casing and improve its generated output.

The above is preferred embodiment of the present utility model only, is not in order to limiting claim protection domain of the present utility model, and other uses the equivalence of patent spirit of the present utility model to change, and all should belong to claim protection domain of the present utility model.

Claims

1, a kind of mobile wind power device is characterized in that, comprising:

Casing;

The wind-power electricity generation wall, comprise telescopic strut and at least one group of wind power generation module, this telescopic strut is located at the bottom surface in this casing and is connected this wind power generation module, wherein, when this telescopic strut shrinks, this wind power generation module is folded in the casing, and when this telescopic strut stretched out, this wind power generation module was deployable; And

Charge storage unit is located in this casing and is electrically connected with this wind power generation module.

2, mobile wind power device according to claim 1 is characterized in that, described casing is provided with cover plate.

3, mobile wind power device according to claim 1 is characterized in that, described wind-power electricity generation wall also comprises pivot, and this wind-power electricity generation wall comprises two groups of above wind power generation modules, and described wind power generation module flexibly connects by this pivot.

4, mobile wind power device according to claim 1 is characterized in that, described casing is the car cabinet, and this casing the place ahead is provided with draw ring.

5, mobile wind power device according to claim 1, it is characterized in that, described wind power generation module comprises pedestal, two or more wind-power electricity generation unit and leads, wherein this pedestal is connected on the described telescopic strut, and be formed with the through hole that is installed with these two or more wind-power electricity generation unit on this pedestal, this lead is electrically connected with described charge storage unit.

6, mobile wind power device according to claim 5, it is characterized in that, described wind-power electricity generation unit comprises that wind scooper, steering pivot, impeller, generator and two ends are connected to the rotating shaft of impeller and generator, wherein, this wind scooper is located in the through hole of this pedestal, this steering pivot is hubbed between this wind scooper and this pedestal, be provided with this impeller in this wind scooper, and this generator is located at the rear of this impeller.

7, mobile wind power device according to claim 1 is characterized in that, described charge storage unit comprises storage battery, charger and the frequency variator of electric connection.

8, mobile wind power device according to claim 5 is characterized in that, is provided with each wind-power electricity generation unit at interval in the described wind power generation module and provides support the dunnage of power.