CN1818375A - Multiunit combined construction and apparatus for wind electric plant - Google Patents
Multiunit combined construction and apparatus for wind electric plant Download PDFInfo
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- CN1818375A CN1818375A CNA2006100185075A CN200610018507A CN1818375A CN 1818375 A CN1818375 A CN 1818375A CN A2006100185075 A CNA2006100185075 A CN A2006100185075A CN 200610018507 A CN200610018507 A CN 200610018507A CN 1818375 A CN1818375 A CN 1818375A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
Abstract
The inventive method uses wind energy distribution in the atmospheric layer with different heights from the ground to build-up many different kinds of wind motors on the integral frame structure made up of several high and lower different tube-type posts. Each wind motor will obtain wind energy in several height atmospheric layers at the same time to drive the pneumatic generator on the ground to generate via a driving mechanism. The inventive device includes a tower, a wind motor and a wind-mill generator.
Description
Technical field
The present invention relates to wind power generation field, particularly a kind of wind energy turbine set multimachine polymerization building method and device thereof.
Background technique
The wind energy turbine set construction is the tap that drives and develop whole wind-powered electricity generation cause; The horizontal axis wind-driven generator group is adopted in general commercial large-scale wind electricity field more, and same wind energy turbine set basically identicals such as type, pylon height and wind energy conversion system height often.Is important problems in the Wind Power Utilization as the wind of horizontal motion with the Changing Pattern of height: increase and wind-force and wind speed square are directly proportional wind speed along with the increase of road clearance, if certain place overhead wind speed at 20 meters is 2m/s, the wind speed at it is liftoff 300 meters then may reach 7～8m/s; Area, Shanghai actual measurement 50m high-altitude annual mean wind speed is 6.7m/s, and 70m high-altitude annual mean wind speed then reaches 7.2m/s.From cost of electricity-generating, under similarity condition, the average annual wind speed 7m/s of wind energy turbine set descends about 8% than the cost of electricity-generating of 6.5m/s; But the pylon cost rises with its height exponentially.From technical standpoint, a Gen Gaogao independently pylon is the long arm end of fulcrum with ground as lever, and the horizontal-shaft wind turbine cabin is suspended in its top, and is the movable coupling mechanism of rotatable 360 degree, self weighs tens tons to tens tons; Overcome resiliently deformable, aerodynamic loading of rigid motion, the pylon in cabin etc., guarantee its Security and working life over a long time need spend high cost.Especially how pylon is fixed in the seabed on the coastal waters that attacked by sea wind and wave that wind energy resources is the abundantest, technical requirements is more complicated.And vertical axis windmill, it is fixing that its cat head relies on cable wire tiltedly to draw, and body of the tower is low, is difficult to extract a large amount of wind energies.Germany has the power of typhoon more than 13000 power generating equipment altogether, and 50 various accidents had taken place over nearly 30 years, and a typhoon power power generating equipment is also uprooped by strong wind near the Wei Xita ...
Cost of investment is high to be the major obstacle of the whole wind-powered electricity generation cause of development, and the cost of pylon and wind-driven generator accounts for 70～75% of overall cost, and the cost of Oversea wind power generation field generally is again 2 times of land wind energy turbine set, and difficulty of construction is bigger.Therefore, the key of seeking scale development and use wind energy is the low-cost high-efficiency new method.
Summary of the invention
Technical problem to be solved by this invention is: a kind of wind energy turbine set multimachine polymerization building method and device thereof are provided, with the problem that the solution prior art exists, especially can make contributions aspect reduction cost of wind power generation, increase electric motor power and the more electric energy of output, minimizing unit floor space, raising device security and working life.
The technical solution adopted for the present invention to solve the technical problems is as follows:
Wind energy turbine set multimachine polymerization building method provided by the invention, be included in pylon, wind energy conversion system and wind power plant that wind energy turbine set sets up the tubulose king-post to link to each other, also comprise: utilizing overhead, the atmospheric wind energy of different heights distributes, the wind energy conversion system of vertical shaft and/or horizontal axis type is installed on the different tubulose king-post of many height of different azimuth, and these tubulose king-posts by a firm integral frame topology convergence together; The atmospheric wind energy of a plurality of height that each wind energy conversion system will fully obtain in the same time of same place promotes ground gas driven generator by the wind-force driving mechanism and sends electric energy.
Wind energy turbine set multimachine polymerization building method provided by the invention carries out the significantly purposes of dilatation synergy building wind energy turbine set, that is: to have utilized the space be a horizontal motion layer of the subaerial wind of a plurality of height atmospheric layers to the apparent wind electric field, with dissimilar wind energy conversion systems by firm integral frame structure, on the tubulose king-post group of sheaf space mounted thereto.
Wind energy turbine set multimachine polyplant provided by the invention, be provided with pylon, wind energy conversion system and wind power plant that the tubulose king-post links to each other, and: structure the formation by the space requirement of wind energy turbine set pylon ranks, on the address of each pylon point of drafting, the many different tubulose king-posts of height are condensed together, wherein, the highest tubulose king-post is the center that the central tubular king-post is positioned at pylon, and all the other tubulose king-posts are distributed on the central tubular king-post different azimuth all around according to predominant wind direction; The adjacent towers intercolumniation all is rigidly connected with the steel pipe crossbeam, is formed with the steady integral frame structure together that a plurality of triangles of multilayer link to each other.
The present invention has following major advantage:
One. for solving cost of wind power generation height, big this tired always difficult problem of scratching common people of technical difficulty, utilize existing mature technology and scientific and technological achievement, the novel method that has simply, reliably and cheaply builds wind energy turbine set is provided.
They are two years old. and whole device is novel, and is practical, shows:
The one, utilizing overhead, the atmospheric wind energy of different heights distributes, many height that dissimilar wind energy conversion systems such as vertical shaft and horizontal axis are installed in different azimuth all have on the tubulose king-post of certain gap (distance between adjacent two wind wheel outer rim vertical heights is more than the 5m), all be rigidly connected between the adjacent tubular king-post with the steel pipe crossbeam, be formed with an integral body of the continuous steady frame structure together of a plurality of triangles of multilayer, do not increase under the prerequisite that wind energy conversion system ranks pitch density requires at sustained height air bottom horizontal flow sheet layer, can solve the independent lonely outstanding of one theory that present pylon height is subjected to and cabin, wind energy turbine set only extracts problems such as the subaerial bottom wind energy of a plurality of height atmospheric layers and unit floor space be big.In addition, for household small-size wind power plants such as pastoral area, frontier sentry, operating office or boats and ships, the node of integral frame structure can flexibly connect.
This structure is different from the pylon that existing independence is huge and cost is high fully, it has not only improved the stability, safety in utilization of wind farm device, the ability of fully obtaining and utilizing atmospheric wind speed of a plurality of height and wind energy to generate electricity greatly, and significantly reduced cost, also will and implement to build marine wind electric field for exploitation practicable technological scheme will be provided.
The 2nd, it is reasonable to implement the generation technology scheme, because: wind energy conversion system removes compatible fully cabin at present commonly used, outside the head, utilize existing feather wind wheel, yaw device, technology such as control system, propose the rotating power of vertical shaft and wind wheel of horizontal axis wind turbine to be transferred in the socket of tubulose king-post with internal gear pair and reciprocating type many piston tubes, again with airtight circulating line mesohigh air as the transmission of power medium, piston up-down in the rotation of the rotation belt driven blower of wind wheel or the reciprocating type many piston tubes, promote circulating line mesohigh air and make one-way flow, and the dissimilar high pressure draughts that wind energy conversion system drove such as many vertical shaftes and horizontal axis can be ganged up in same cycle cooling plating drum, make a concerted effort drive installation in the pylon bottom or be positioned at the gas driven generator generating on a certain ground of wind energy turbine set, thereby improve generating capacity greatly and reduce difficult problems such as cost of wind power generation is high.
The 3rd, not only can remove the step-up gear that the generator that accounts for whole generating unit cost about 40% and life-span limit to high rate of fault, fundamentally change wind wheel transmission of power and drive pattern, device fabrication is domesticized fully; Also can alleviate cat head cabin own wt etc. and mounting cost thereof, can replace yaw device etc. with tail vane for the household small-size wind power plant and make structure more simple.
The 4th, by the switching of the automatic piston hole of controlling of wind speed and the unlatching quantity of air chamber, but make the starting of wind energy conversion system gentle breeze, the response wind speed changes fast, make it not be subjected to these two key factors decision wind energy conversion systems of starting wind velocity and design wind speed that different classes of wind energy resources is utilized the restriction of benefit, wind speed accommodation is wide in range.
The 5th, can strengthen normal over a long time reliability of operation of wind energy turbine set and Security, investment overall cost and unit king-post floor space are reduced about half.
The 6th, the tubulose king-post that raises interconnecting and supporting just like " chimney ", can be brought into play the exhausting electricity generation efficiency of " chimney ".The heat-collecting devcie that disposes annular surface again comes polymerization wind energy and solar energy, realizes the purpose of the scale development and use of renewable energy sources safety low-cost high-efficiency benefit.
The 7th, can utilize its high-altitude to building wind energy turbine set, carry out significantly dilatation synergy; It is the atmospheric bottoms of a plurality of height that the apparent wind electric field has utilized the space, with the dissimilar wind energy conversion systems of the tubulose king-post group provided by the invention sky that is installed on it, in the same time of same place, fully obtains atmospheric wind speed of a plurality of height and wind energy.
Description of drawings
Fig. 1 is an integral frame structural upright schematic side view of the present invention.
Fig. 2 is that a plurality of height of tubulose king-post are arranged schematic representation (generator does not draw).
Fig. 3 is two class wind energy conversion system high pressure air drives gas driven generator schematic representation.
Fig. 4 is that the horizontal-shaft wind turbine bent axle drives air-flow process schematic representation when being rotated down.
Fig. 5 drives air-flow process enlarged diagram in reciprocating type many piston tubes.
Fig. 6 is the hole piston schematic representation.
Fig. 7 is a hole piston pivotable parts plan view.
Fig. 8 is a hole piston standing part plan view.
Fig. 9 is a vertical axis windmill gear pair mounting point side view.
Figure 10 is a vertical axis windmill gear pair mounting point plan view.
Figure 11 is that the airtight interior multimachine of circulating line drives generator air-flow process schematic representation.
Figure 12 is center king-post " chimney " exhausting generating schematic representation.
Figure 13 is the multicomputer shared Pneumatic electric generating unit schematic representation that links.
Among Fig. 1: 1. vertical axis windmill; 2. steel pipe crossbeam; 3. tubulose king-post; 4. horizontal-shaft wind turbine; 5. gas driven generator.
Among Fig. 2: 6. address; 7. king-post pile foundation.
Among Fig. 3: 8. horizontal-shaft wind turbine blade; 9. univesal sphere hinge; 10. reciprocating type many piston tubes upper end seal ring; 11. hole piston; 12. piston rod; 13. air chamber; 14. reciprocating type many piston tubes end; 15. horizontal-shaft wind turbine cabin; 16. bent axle; 17. crank; 18. counterweight flywheel; 19. vertical-shaft wind airfoil blade; 20. king-post window; 21. lower sleeve; 22. internal gear pair; 23. blower suction tude; 24. upper end sleeve; 25. vertical axis windmill king-post socket; 26. crossbeam; 27. inside engaged gear; 28. blower; 29. outlet pipe; 30. one-way valve; 31. generator total inlet pipe; 32. generator total air escape pipe.
Among Fig. 4: 33. outlet valves.
Among Fig. 5: 34. micro motors; 35. pivotable parts; 36. standing part; 37. suction valve.
Among Fig. 6: 38. power supplys and signaling line; 39. piston hole.
Among Figure 10: 40. small gear pairs.
Among Figure 11: 41. reciprocating type many piston tubes; 42. electric compressor.
Among Figure 12: 43. circulating lines; 44. the umbellate form exhaust hood of cat head band lightning conductor; 45. exhaust port; 46. ventilation flue; 47. steam turbine generator; 48. heat-collecting devcie; 49. air enters circle under the heat-collecting devcie.
Among Figure 13: the 50. wind-force units that are interconnected to constitute by a, b, c, d, o tubulose king-post.
Embodiment
The present invention is a kind of wind energy turbine set multimachine polymerization building method and device thereof, and its innovative point mainly shows three aspects:
A. firm integral frame structure:
Utilizing overhead, the atmospheric wind energy of different heights distributes, with dissimilar wind energy conversion systems such as vertical shaft and horizontal axis, many height that are installed in different azimuth all have on the tubulose king-post of certain gap (distance between adjacent two wind wheel outer rim vertical heights is more than the 5m), all be rigidly connected between the adjacent tubular king-post with the steel pipe crossbeam, be formed with an integral body of the continuous firm frame structure of a plurality of triangles of multilayer, available reinforced concrete or other rigid materials are built, and node adopts and is rigidly connected.Because be not independently big overhead of aerodynamic loading, the technology and the economic factor of restriction pylon height greatly reduce.The windmill tower frame separate unit that has at present covers an area of 10 * 10 meters, and unit tubulose king-post 3 floor spaces of the present invention only need its 1～10%; When central tubular king-post vertical height reaches 350～500m when above, also can consider the wind energy conversion system on " king-post a " is installed in the lower end of " king-post d " or " king-post o "; Can be of the same type as vertical axis windmill 1, also can be that dissimilar wind energy conversion systems such as vertical shaft and horizontal axis 4 match, and is beneficial to 3 of tubulose king-posts and vertical axis windmill upper end king-post and interconnects with steel pipe crossbeam 2; Gas driven generator 5 is installed in the pylon bottom or is positioned on the wind energy turbine set place.For household small-size wind power plants such as pastoral area, frontier sentry, operating office or boats and ships, the node of integral frame structure can be movable detachable connection; Replacing independent huge and pylon that cost is high, safety and firmness obtain atmospheric wind speed of a plurality of height and wind energy.
B. high pressure draught drives ground gas driven generator generating:
Utilize the principle of compressed air-driven generator for electricity generation, with sealing and circulating pipeline mesohigh air as the transmission of power medium, piston up-down in the rotation of the rotation belt driven blower of wind wheel or the reciprocating type many piston tubes promotes circulating line mesohigh air and makes one-way flow and drive ground gas driven generator generating.Because air specific weight is little, can think approx that pressure is identical in the airtight circulating line everywhere, with highly irrelevant, can keep a steady state value basically.The rotation of the blower that is driven by wind wheel or the high-pressure air that the piston up-down in reciprocating type many piston tubes just promotes in the circulating line are done the one-way flow acting.
C. the central tubular king-post is brought into play the air drafting effect of " chimney ":
Owing to be whole firm frame structure, the central tubular king-post that raises can utilize its similar " chimney " and bring into play the exhausting electricity generate function, in sun-drenched desert, wasteland, seabeach, tidal land or desert island or the like area, utilize air heat to rise cold drop characteristic, build the heat-collecting devcie (as the translucent plastic booth etc.) of annular surface around in the central tower column bottom, form the convection current of hot and cold air, thereby make the turbo-generator that is located at " chimney " bottom send electric energy.
The invention will be further described below in conjunction with embodiment and accompanying drawing.
One. wind energy turbine set multimachine polymerization building method
Set up tubulose king-post continuous pylon, wind energy conversion system and wind power plant in wind energy turbine set, and: utilizing overhead, the atmospheric wind energy of different heights distributes, the wind energy conversion system of vertical shaft and/or horizontal axis type is installed on the different tubulose king-post of many height of different azimuth, and these tubulose king-posts by a firm integral frame topology convergence together; The atmospheric wind energy of a plurality of height that each wind energy conversion system will fully obtain in the same time of same place promotes ground gas driven generator by the wind-force driving mechanism and sends electric energy.
This method can be with the high pressure draught that wind energy conversion system drove of many vertical shaftes and/or horizontal axis type, and that gangs up is attached in the same cycle cooling plating drum; The rotating power of horizontal axis and vertical axis wind turbine rotor is transferred in the socket of tubulose king-post 3 with reciprocating type many piston tubes 41 and internal gear pair 22, in the sealing and circulating pipeline, import high-pressure air by electric compressor 42 before wind energy conversion system uses, and with this high-pressure air as the transmission of power medium; Piston up-down in the rotation of the rotation belt driven blower of wind wheel or the reciprocating type many piston tubes promotes circulating line mesohigh air and makes one-way flow; Make a concerted effort drive installation in the pylon bottom or be positioned at the gas driven generator generating on a certain ground of wind energy turbine set.
Two. wind energy turbine set multimachine polymerization building method carries out the significantly purposes of dilatation synergy building wind energy turbine set
Wind energy turbine set multimachine polymerization building method provided by the invention can be used in the transformation of building wind energy turbine set, so that strengthen the generating capacity of existing wind energy turbine set.For this reason, can the apparent wind electric field having utilized the space is a horizontal motion layer of the subaerial wind of a plurality of height atmospheric layers, with dissimilar wind energy conversion systems by firm integral frame structure, on the tubulose king-post group of sheaf space mounted thereto.
Three. wind energy turbine set multimachine polyplant
Its structure is: comprise the pylon that the tubulose king-post links to each other, wind energy conversion system and wind power plant, structure the formation by the space requirement of wind energy turbine set pylon ranks, on the address 6 of each pylon point of drafting, the many different tubulose king-posts 3 of height are condensed together, wherein, the highest tubulose king-post is the center that the central tubular king-post is positioned at pylon, all the other tubulose king-posts are according to predominant wind direction, be distributed on the central tubular king-post different azimuth all around with 0.5～1 rotor diameter of spacing respectively, all be rigidly connected between the adjacent tubular king-post, be formed with the firm integral frame structure that a plurality of triangles of multilayer link to each other with steel pipe crossbeam 2.
Adopt the wind energy conversion system of vertical shaft and/or horizontal axis type, its compatible cabin, head commonly used at present, and do not contain generator and step-up gear in the cabin.
Above-mentioned vertical axis windmill 1 and/or horizontal-shaft wind turbine 4, its wind-force driving mechanism is provided with and comprises the rotating power of wind mill wind wheel is transferred to reciprocating type many piston tubes 41 and internal gear pair 22 in tubulose king-post 3 sockets, and its air-flow driving mechanism is provided with and comprises the sealing and circulating pipeline and the electric compressor 42 of high-pressure air as the transmission of power medium is provided.Horizontal-shaft wind turbine has piston hole 39 with the piston of reciprocating type many piston tubes 41, this piston is made up of pivotable parts 35 and standing part 36, utilize the switching of piston hole and the unlatching quantity of air chamber 13 to regulate and control accommodation and the response wind speed variation of wind energy conversion system, and as unit how many air chamber quantity and generator set maximum rated power are set with cut-out wind speed to wind speed.
In sun-drenched desert, wasteland, seabeach, tidal land or area, desert island, can make up the heat-collecting devcie 48 of annular surface at central tubular king-post bottom periphery, the air draught of rising drives the turbo-generator 47 that is located at central tubular king-post bottom and sends electric energy.The construction of wind energy turbine set on the coastal waters adopts end to hold or the integral frame structure of half bearing pile that rubs, and king-post pile foundation 7 is fixed on the sea bed.
For the household small-size wind power plant, the detachable connection of the node employing activity of its integral frame structure, and adopt tail vane to replace yaw device.
Sketch working procedure of the present invention below in conjunction with accompanying drawing.
1. shown in Fig. 1～11: wind energy turbine set is built by a plurality of wind-force units 50 and is formed, and each wind-force unit is rigidly connected mutually by a, b, c, d, the o tubulose king-post of different heights on the different azimuth again, makes up firm integral frame structure.For a certain height air bottom horizontal flow sheet layer in the atmospheric layer: each wind-force unit has only one to be in wherein in the whole wind electric field, does not increase wind energy conversion system ranks pitch density, and the wind energy conversion system and the ranks thereof of sustained height all are corresponding mutually at interval in each group.In the sealing and circulating pipeline, import high-pressure air by electric compressor 42 at the beginning of wind energy conversion system uses, and with this high-pressure air as the transmission of power medium; Wind wheel rotates under the effect of wind-force, the piston up-down in belt driven blower rotation or the reciprocating type many piston tubes; Bent axle 16 in being contained in horizontal-shaft wind turbine cabin 15, crank 17 and counterweight flywheel 18, by univesal sphere hinge 9, reciprocating type many piston tubes upper end seal ring 10, piston rod 12, under the rotation of horizontal-shaft wind turbine blade 8 promotes, hole piston 11 is done the up-and-down reciprocating motion to air chamber 13 bottoms and reciprocating type many piston tubes end 14, power supply and signaling line 38 provide control signal and power to micro motor 34 according to wind speed, make inflator inner carrier hole 39 progressively closed, high-pressure air is through suction valve 37 and outlet valve 33 turnover inflators, and high-pressure air enters generator total inlet pipe 31 by airtight circulating line 43.And vertical-shaft wind airfoil blade 19 is to be contained on the lower sleeve 21 of vertical axis windmill king-post socket 25 and the upper end sleeve 24, inside engaged gear 27 is fixed on the air-foil blade lower end, internal gear pair 22 is fixed between the crossbeam 26 of tubular tower column jecket tube internal fixation gear pair through king-post window 20, when air-foil blade when the tubulose king-post rotates, after the gear pair speedup, the rotation of secondary 40 blower of small gear, make the high-pressure air in the generator total air escape pipe 32 pass through blower 28 through blower suction tude 23, blower promotes high-pressure air and also enters generator total inlet pipe 31 through outlet pipe 29 and one-way valve 30, the high pressure draught that the two class wind energy conversion systems that compile promote, drive installation are in the pylon bottom or be positioned at gas driven generator 5 generatings on the wind energy turbine set place.Simultaneously, in sun-drenched desert, wasteland, seabeach, tidal land or desert island or the like area, utilize the interior air heat of the central tubular king-post performance " chimney " that raises to rise cold exhausting characteristic of falling, build the heat-collecting devcie 48 (as translucent plastic booth etc.) of annular surface at central tubular king-post bottom periphery, natural air enters circle 49 ventilation flue 46 in the king-post of center by air under the heat-collecting devcie, the exhaust port 45 that rises under the umbellate form exhaust hood 44 of cat head band lightning conductor is discharged, and the air draught of rising drives the turbo-generator 47 that is located at " chimney " bottom and sends electric energy.
2. generate electricity as transmission of power media drive gas driven generator with high-pressure air
Shown in Fig. 3～9: the rotating power of horizontal axis and vertical axis wind turbine rotor is transferred in tubulose king-post 3 sockets with reciprocating type many piston tubes 41 and internal gear pair 22, the high-pressure air that obtains from electric compressor 42 with airtight circulating line is as the transmission of power medium again, piston up-down in the rotation of the rotation belt driven blower of wind wheel or the reciprocating type many piston tubes, this inflator is made of a plurality of independently air chambers that a piston rod connects, and promotes circulating line mesohigh air and makes one-way flow; Under the effect of horizontal-shaft wind turbine blade 8, rotate in wind energy, be installed in bent axle 16, crank 17 and counterweight flywheel 18 in the horizontal-shaft wind turbine cabin 15, by univesal sphere hinge 9, inflator upper end seal ring 10, piston rod 12, promoting hole piston 11 moves up and down to air chamber 13 bottoms and reciprocating type many piston tubes end 14, high-pressure air enters the total inlet pipe 31 of gas driven generator 5 through suction valve 37 and outlet valve 33 turnover inflators by airtight circulating line; And vertical-shaft wind airfoil blade 19 is mounted on the sleeve 21 of tubulose king-post and the sleeve 24, inside engaged gear 27 is fixed on the air-foil blade lower end, between the crossbeam 26 of internal gear pair 22 in king-post window 20 is fixed on tubular tower column jecket tube, when air-foil blade when the tubulose king-post rotates, after the gear pair speedup, the rotation of secondary 40 blower of small gear, make the high-pressure air in total steam outlet pipe 32 pass through blower 28 through blower suction tude 23, blower promotes high-pressure air and also enters generator total inlet pipe 31 through blower outlet pipe 29 and one-way valve 30, the high pressure draught that the two class wind energy conversion systems that compile promote, drive installation are in the pylon bottom or be positioned at gas driven generator 5 generatings on the wind energy turbine set place.
Claims (10)
1. wind energy turbine set building method, be included in pylon, wind energy conversion system and wind power plant that wind energy turbine set sets up the tubulose king-post to link to each other, it is characterized in that a kind of wind energy turbine set multimachine polymerization building method, that is: utilizing overhead, the atmospheric wind energy of different heights distributes, the wind energy conversion system of vertical shaft and/or horizontal axis type is installed on the different tubulose king-post of many height of different azimuth, and these tubulose king-posts by a firm integral frame topology convergence together; The atmospheric wind energy of a plurality of height that each wind energy conversion system will fully obtain in the same time of same place promotes ground gas driven generator by driving mechanism and sends electric energy.
2. wind energy turbine set building method according to claim 1 is characterized in that: with the high pressure draught that wind energy conversion system drove of many vertical shaftes and/or horizontal axis type, that gangs up is attached in the same cycle cooling plating drum; With reciprocating type many piston tubes (41) and internal gear pair (22) rotating power of horizontal axis and vertical axis wind turbine rotor is shifted and don't bother about in shape king-post (3) socket, again with the high-pressure air that obtains from electric compressor (42) in the sealing and circulating pipeline as the transmission of power medium; Piston up-down in the rotation of the rotation belt driven blower of wind wheel or the reciprocating type many piston tubes promotes circulating line mesohigh air and makes one-way flow; Make a concerted effort drive installation in the pylon bottom or be positioned at the gas driven generator generating on a certain ground of wind energy turbine set.
3. a wind energy turbine set multimachine polymerization building method carries out the significantly purposes of dilatation synergy building wind energy turbine set, that is: to have utilized the space be a horizontal motion layer of the subaerial wind of a plurality of height atmospheric layers to the apparent wind electric field, with dissimilar wind energy conversion systems by firm integral frame structure, on the tubulose king-post group of sheaf space mounted thereto.
4. wind energy turbine set device, comprise the pylon that the tubulose king-post links to each other, wind energy conversion system and wind power plant, the structure that it is characterized in that a kind of wind energy turbine set multimachine polyplant is: structure the formation by the space requirement of wind energy turbine set pylon ranks, on the address (6) of each pylon point of drafting, the many different tubulose king-posts of height are condensed together, wherein, the highest tubulose king-post is the center that the central tubular king-post is positioned at pylon, around all the other tubulose king-posts are distributed in according to predominant wind direction, all be rigidly connected between the adjacent tubular king-post, be formed with the firm integral frame structure that a plurality of triangles of multilayer link to each other with the steel pipe crossbeam.
5. wind energy turbine set device according to claim 4 is characterized in that: adopt the wind energy conversion system of vertical shaft and/or horizontal axis type, its compatible cabin, head commonly used at present.
6. wind energy turbine set device according to claim 4, the wind energy conversion system that it is characterized in that described vertical shaft and/or horizontal axis type, its wind-force driving mechanism is provided with and comprises the rotating power of wind mill wind wheel is transferred to internal gear pair (22) and reciprocating type many piston tubes (41) in tubulose king-post 3 sockets, its air-flow driving mechanism is provided with and comprises the sealing and circulating pipeline and the electric compressor of high-pressure air as the transmission of power medium (42) is provided, and does not contain generator and step-up gear in the cabin.
7. wind energy turbine set device according to claim 4, it is characterized in that: horizontal-shaft wind turbine is (39) with holes with the piston of reciprocating type many piston tubes (41), form by pivotable parts (35) and standing part (36), utilize the switching of piston hole and the unlatching quantity of air chamber (13) to regulate and control accommodation and the response wind speed variation of wind energy conversion system wind speed.
8. wind energy turbine set device according to claim 4, it is characterized in that: in sun-drenched desert, wasteland, seabeach, tidal land or area, desert island, at the heat-collecting devcie (48) of central tubular king-post bottom periphery structure annular surface, the air draught of rising drives the turbo-generator (47) that is located at central tubular king-post bottom and sends electric energy.
9. wind energy turbine set device according to claim 4 is characterized in that: the household small-size wind power plant, and the detachable connection of the node employing activity of its integral frame structure, and adopt tail vane to replace yaw device.
10. wind energy turbine set device according to claim 4 is characterized in that: the construction of wind energy turbine set on the coastal waters, and adopt end to hold or the integral frame structure of half bearing pile that rubs, king-post pile foundation (7) is fixed on the sea bed.
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| CNA2006100185075A CN1818375A (en) | 2006-03-09 | 2006-03-09 | Multiunit combined construction and apparatus for wind electric plant |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101852035A (en) * | 2008-11-24 | 2010-10-06 | 维斯塔斯风力系统集团公司 | Sea turn turbine and the method for setting up wind turbine tower |
| CN101939537A (en) * | 2007-09-13 | 2011-01-05 | 浮海风电公司 | Offshore vertical-axis wind turbine and associated systems and methods |
| CN105354766A (en) * | 2015-11-20 | 2016-02-24 | 中国能源建设集团云南省电力设计院有限公司 | Method for improving wind energy utilization ratio of wind power plant on high-altitude mountain land and system of method |
| CN111102136A (en) * | 2019-12-27 | 2020-05-05 | 李国坤 | Permanent magnet suspension combined wind-solar power generation system |
| CN114109731A (en) * | 2021-12-10 | 2022-03-01 | 河南国坤磁动力科技发展有限公司 | Three-dimensional power generation system |
-
2006
- 2006-03-09 CN CNA2006100185075A patent/CN1818375A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101939537A (en) * | 2007-09-13 | 2011-01-05 | 浮海风电公司 | Offshore vertical-axis wind turbine and associated systems and methods |
| CN101852035A (en) * | 2008-11-24 | 2010-10-06 | 维斯塔斯风力系统集团公司 | Sea turn turbine and the method for setting up wind turbine tower |
| CN105354766A (en) * | 2015-11-20 | 2016-02-24 | 中国能源建设集团云南省电力设计院有限公司 | Method for improving wind energy utilization ratio of wind power plant on high-altitude mountain land and system of method |
| CN111102136A (en) * | 2019-12-27 | 2020-05-05 | 李国坤 | Permanent magnet suspension combined wind-solar power generation system |
| CN114109731A (en) * | 2021-12-10 | 2022-03-01 | 河南国坤磁动力科技发展有限公司 | Three-dimensional power generation system |
| CN114109731B (en) * | 2021-12-10 | 2023-09-08 | 河南国坤磁动力科技发展有限公司 | Three-dimensional power generation system |
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