CN103147919B - Fluid kinetic energy conversion system - Google Patents
Fluid kinetic energy conversion system Download PDFInfo
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- CN103147919B CN103147919B CN201210087062.1A CN201210087062A CN103147919B CN 103147919 B CN103147919 B CN 103147919B CN 201210087062 A CN201210087062 A CN 201210087062A CN 103147919 B CN103147919 B CN 103147919B
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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
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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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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
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Abstract
A kind of fluid kinetic energy conversion system, including: the kinetic energy conversion output apparatus that central control system, fluid dynamic energy collection and control device are connected with control device with described fluid dynamic energy collection；Described fluid dynamic energy collection includes with controlling device: at least one pair of Umbrella for working, the hoist engine that the cylinder that the acting of the umbrella cover both sides connecting Umbrella for working respectively is restricted and direction controlling rope is connected with acting end portion is connected with direction controlling end portion；Central control system controls hoist engine and adjusts the direction of Umbrella for working, Umbrella for working be in bagpipe state and by fluid driven travel forward acting time, control another Umbrella for working and to reefing state and reclaim this Umbrella for working backward.Unstable high low latitude wind energy, water can be converted to stablize, can store and liquid gas pressure kinetic force by the fluid kinetic energy conversion system of the present invention, grid-connected low cost, loss are less, control is simple and maintenance cost is low, existing various generating equipment can be made full use of, it is not necessary to research and develop novel generator.
Description
Technical field
The present invention relates to a kind of energy conversion system, particularly relate to a kind of fluid dynamic energy such as wind energy, water by instability and can be converted to stable, storable liquid-gas pressure power energy, and these are stablized, can store, the liquid-gas pressure power of long-distance transmissions can drive all kinds of low speed, the high-performance generator that existing market is general again, to obtain the kinetic energy converting system of the power supply stablizing frequency.
Background technology
At present, along with the development and progress of society, people are the most increasing to the demand of the energy; and; traditional energy can produce substantial amounts of pollutant and carbon emission, energy crisis and environmental crisis and have become as a difficult problem for world today's facing, opens up novel clean energy resource extremely the most urgent.And the fluid dynamic energies such as wind energy, water energy are cleaning, the reproducible energy, utilize liquid kinetic energy power generation will not discharge discarded object and pernicious gas etc., can effectively alleviate the problems such as air pollution, water pollution and global warming, the most increasingly be paid attention to by countries in the world.
The utilization of fluid dynamic energy is aloft or to gather wind energy or water energy in river, wind energy or water can be converted into mechanical energy, then convert mechanical energy into the energy being available for utilizing of electric energy or other form.
The method of currently known Wind Power Utilization is mainly:
1, surface wind generating.The most ripe is oar blade type wind-driven generator, and equipment is made up of ground support, wind direction turntable, trunnion axis or vertical axis, blade, gearbox, generator, electric power storage or contravariant equipment etc..Existing level axle wind power plant cost is high, wind energy utilization is low, maintenance cost is high, and peak power reaches MW class and is just difficult to improve again；Because the restriction of ground support height, it is impossible to make full use of the wind speed that distance ground is higher；Subaerial wind speed extremely unstable, the electric power output frequency fluctuation causing blade wind-power electricity generation is big, and being incorporated into the power networks with existing electrical network, difficulty is big, cost is high.
2, high altitude wind energy generating.High-altitude more than myriametre also exists the high-level jet stream of 30 meter per seconds, and the wind energy resources that high-level jet stream contains may meet the energy of human demand half.Square being directly proportional of wind energy and wind speed, is inversely proportional to the density of air.Increase along with the increase of distance ground level at atmosphere convection layer wind speed；Meanwhile, along with the increase of height, atmospheric density reduces, the 25% of the atmospheric density deficiency ground in the above high-altitude of myriametre.The utilization of high altitude wind energy not yet forms commercial product, the existing wind power generation device structure utilizing high altitude wind energy is complicated, let high-altitude power generation device fly away by high-altitude control, generating efficiency is low, cannot utilize existing generating equipment, electric power output frequency fluctuation big, being incorporated into the power networks with existing electrical network, difficulty is big, cost is high.
The main thought of high altitude wind energy at present:
One is directly generating set to be raised to high-altitude, by cable, electric energy is delivered to ground.As: utilize wind speed and fire balloon that oar blade type generating set is raised to high-altitude, by cable, electric energy is delivered to ground.But huge generating set and cable being raised to need bigger lift in the air, to make cost significantly increase, it realizes technical sophistication, and regular maintenance is extremely difficult simultaneously, it is difficult to implement.
Two is to let kite, rotation wind wheel fly away high-altitude with high-strength rope, by Traction Drive band, high-strength rope, wind energy is reached surface-based workbench, drives generator or the method for other power set, but this method is difficult by existing power equipment.And:
Rotation wind wheel lets high-altitude fly away needs bigger lift, it is difficult to implement.
With high-strength rope, one or many kites are delivered to surface-based hoist engine or hydraulic reciprocating pump etc. in the power that height is suffered in the air, directly drive generator or the method for other power set, Chinese invention patent " flexible wind-driven generator " such as Application No. 98109467, its major defect is it cannot be guaranteed that the bracing wire of two kites has bigger pulling force poor, inefficiency；Kite framework does, and the most completely " flexible ", kite own wt is not the most accomplished the lightest；Two kites are to work on two close ropes, and it is too big that kite area can not do, and two kites to occur " collision " and mutually be wound around；The synchronization of two kites has to be solved.Owing to wind energy is fluctuation, self is unpowered is in the kite of floating state and cannot be fixed on a stable position of wind speed.The common drawback of Application No. 200710084662 Chinese invention patent " kite power generation method " and Application No. 201110151527 Chinese invention patent " umbrella-shaped wind power device and wind energy source dynamic system " is all: cannot drive its generator being directly connected to or other kinetic energy apparatus when wind speed is too small when, and easily its kinetic energy apparatus being directly connected to drive be caused damage when wind speed is excessive；The incorgruous return of kite does not generates electricity, and belongs to discontinuous output power.Wind energy fluctuation exports with discontinuous, all cause the very big fluctuation of electric power output frequency, the power needing the high altitude wind power generator group of the multiple intermittent power generation being suitable for collaborates method (see application number 201010602590 invention) or the generator of development of new, and being incorporated into the power networks with existing electrical network, difficulty is big, cost is high.During kite work when incorgruous return is retracted by gearbox dragging cords, the motor of energy need to be provided to drive by outside, energy consumption is big.
Summary of the invention
The present invention is directed to the defect of prior art, there is provided a kind of kinetic energy changeable for fluid is converted to stable, storable, the fluid kinetic energy conversion system of liquid-gas pressure energy, it is achieved the control performance reliable and stable to Umbrella for working in fluid, for generator and the energy of other mechanical transfer frequency stable of acting.
Technical scheme is as follows: a kind of fluid kinetic energy conversion system, including: the kinetic energy conversion output apparatus that central control system, fluid dynamic energy collection and control device are connected with control device with described fluid dynamic energy collection.
Described fluid dynamic energy collection includes with controlling device: at least one pair of Umbrella for working, i.e. Umbrella for working one and Umbrella for working two, the acting rope one connecting described Umbrella for working one umbrella cover both sides respectively and direction controlling rope one, the acting rope two connecting described Umbrella for working two umbrella cover both sides respectively and direction controlling rope two, cylinder one and cylinder two, the hoist engine one being connected with described direction controlling rope one and direction controlling rope two end respectively and hoist engine two.
The end of described acting rope one and acting rope two is wound in described cylinder one and cylinder two respectively, the rotating shaft of described cylinder one and cylinder two is connected with described kinetic energy conversion output apparatus, and Umbrella for working one described in fluid driven or Umbrella for working two move thus drive described cylinder one and cylinder two to rotate forward acting.
Described central control system controls described hoist engine one and hoist engine two is separately recovered or loosens described direction controlling rope one and direction controlling rope two to adjust the direction of described Umbrella for working one and Umbrella for working two to bagpipe state or reefing state；Described central control system by hoisting machine control Umbrella for working one or Umbrella for working two to bagpipe state and by fluid driven travel forward acting time, this central control system controls another Umbrella for working by hoisting machine and to reefing state and reclaims this Umbrella for working backward.
The rotating shaft of described cylinder one connects universal driving shaft one one end by linkage gear one, and the other end of this universal driving shaft one is fixed with universal driving shaft gear one；The rotating shaft of described cylinder two connects universal driving shaft two one end by linkage gear two, and the other end of this universal driving shaft two is fixed with universal driving shaft gear two；Described universal driving shaft gear one and universal driving shaft gear two engage each other so that rotate backward between described cylinder one and cylinder two.
Described kinetic energy conversion output apparatus includes mechanical energy output shaft, the two ends of this mechanical energy output shaft are fixed with travelling gear, in the rotating shaft of described cylinder one, one-way transmission gear one is installed, being provided with one-way transmission gear two in the rotating shaft of cylinder two, this one-way transmission gear one and one-way transmission gear two are joined with the travelling gear at described mechanical energy output shaft two ends respectively and are incorporated in described cylinder one or transmission rotating torque time cylinder two rotates forward.
Described kinetic energy conversion output apparatus also includes the speed-changing gear box linked with described mechanical energy output shaft and the water pump driven by this speed-changing gear box.
The fluid kinetic energy conversion system of the present invention also include by described central control system control can the turning platform that turns to of horizontal 360-degree, described cylinder one, cylinder two, hoist engine one and hoist engine two are arranged on this turning platform.
Described turning platform is installed on the ground.
Described central control system includes: PLC program controller, the pulling force inductor being arranged on described acting rope and direction controlling rope and pulling force sensor data receiver.
Described central control system also includes: the sonde signal set high-level weather station sonde and sun-generated electric power thereof, being located at ground accepts antenna and sonde data receiver.
Compared with prior art, the advantage of the fluid kinetic energy conversion system of the present invention is: replaces to be travelled forward by fluid driven under bagpipe state by paired Umbrella for working and does work and regain under reefing state, can be by unstable high low latitude wind energy, water can be converted to stable, storable liquid-gas pressure power energy, these are stable, can store, the liquid-gas pressure power of long-distance transmissions can drive all kinds of low speed that existing market is general again, high-performance generator, just can obtain the power supply of stable frequency, the frequency of generating output is the most adjustable, stable, grid-connected low cost, and there is not the risk wearing electrical network down, energy transformation ratio is high, the conversion ratio of wind energy electric energy is more than 60%；Owing to direction controlling rope and the acting rope of Umbrella for working are all kept completely separate and are not wound around, loss is few, controls simple, and maintenance cost is low；All can utilize the wind energy at each separation of basic, normal, high sky, different wind speed, wind energy utilization is high；Umbrella for working lift-off, run duration, in addition to steer motor needed to start wind direction occurs to change when, other system does not consumes energy, and consumes energy extremely low；System architecture is simple, and high do-nothing system can realize integrated, Automated condtrol with ground system；Existing various generating equipment can be made full use of, it is not necessary to research and develop novel generator.
Accompanying drawing explanation
Fig. 1 is the structural representation of fluid kinetic energy conversion system of the present invention；
Fig. 2 is that one of them Umbrella for working is transferred to bagpipe state by reefing state, and another Umbrella for working is transferred to the schematic diagram of reefing state by bagpipe state；
Fig. 3 be described cylinder 1 rotate forward, cylinder 2 23 when rotating backward with the schematic diagram of described universal driving shaft 16 and 26 attachment structure；
Fig. 4 be described cylinder 1 rotate backward, cylinder 2 23 when rotating forward with the schematic diagram of described universal driving shaft 16 and 26 attachment structure.
Detailed description of the invention
Below in conjunction with the accompanying drawings embodiments of the invention are described in further detail.
The fluid kinetic energy conversion system of the present invention specifically includes that central control system, fluid dynamic energy collection and controls device and kinetic energy conversion output apparatus.Described fluid dynamic energy collection is used for gathering the kinetic energy of fluid and passing it to ground with controlling device, is controlled gathering the direction of device of fluid, position etc. by central control system control simultaneously.Described kinetic energy conversion output apparatus is connected with control device and kinetic energy conversion output apparatus with fluid dynamic energy collection, for fluid dynamic energy collection is changed with the kinetic energy that control device collects and exported.Described fluid both can be high low latitude wind energy, it is also possible to be water energy.The most just illustrate as a example by wind energy is applied.
As it is shown in figure 1, described fluid dynamic energy collection is made up of Aerial parts and above ground portion with controlling device, wherein, Aerial parts includes: at least one pair of Umbrella for working, i.e. Umbrella for working 1 and Umbrella for working 2 20.Above ground portion includes: cylinder 1 and the folding and unfolding motor 1 being attached thereto, cylinder 2 23 and the folding and unfolding motor 2 33 being attached thereto, hoist engine 1 and the direction controlling motor 1 being attached thereto, hoist engine 2 24 and the direction controlling motor 2 34 being attached thereto.Above-mentioned folding and unfolding motor 1, folding and unfolding motor 2 33, direction controlling motor 1 and direction controlling motor 2 34 are all connected with central control system and are controlled.Each Umbrella for working is connected by the hawser of do work rope and the separation of two, direction controlling rope, and acting rope and direction controlling rope are connected to two side positions of Umbrella for working umbrella cover, as described in connect respectively the acting rope 1 of Umbrella for working 1 umbrella cover both sides and direction controlling rope 1, respectively connect as described in the acting rope 2 21 of Umbrella for working 2 20 umbrella cover both sides and direction controlling rope 2 22.The bottom of described acting rope 1 and acting rope 2 21 wraps around on described cylinder 1 and cylinder 2 23, and the bottom of described direction controlling rope 1 and direction controlling rope 2 22 wraps around on described hoist engine 1 and hoist engine 2 24.When fluid driven Umbrella for working travels forward, corresponding acting rope band moves cylinder and rotates forward acting, the Umbrella for working that can drag correspondence when cylinder rotates backward is regained backward, and can loosen or regain the direction controlling rope of correspondence when hoist engine rotates forward or backwards respectively to adjust the direction of Umbrella for working.
As shown in Figure 3 and Figure 4, described fluid dynamic energy collection and the above ground portion controlling device also include: linkage gear 1, universal driving shaft 1, linkage gear 2 25 and universal driving shaft 2 26.Described linkage gear 1 is fixed in the rotating shaft of cylinder 1 and connects one end of universal driving shaft 1, and the other end of this universal driving shaft 1 is fixed with universal driving shaft gear 1.Described linkage gear 2 25 is fixed in the rotating shaft of cylinder 2 23 and connects universal driving shaft 2 26 one end, and the other end of this universal driving shaft 2 26 is fixed with universal driving shaft gear 2 27.Described universal driving shaft gear 1 and universal driving shaft gear 2 27 engage each other, so that rotate backward between described cylinder 1 and cylinder 2 23, it may be assumed that when cylinder 1 rotates forward, and cylinder 2 23 can be driven to rotate backward；And when cylinder 2 23 rotates forward, cylinder 1 can be driven to rotate backward.
As shown in Figure 3 and Figure 4, in the present embodiment, described kinetic energy conversion output apparatus includes mechanical energy output shaft 41, the speed-changing gear box 43 linked with this mechanical energy output shaft 41 and the water pump 44 etc. driven by this speed-changing gear box 43.The two ends of described mechanical energy output shaft 41 are fixed with travelling gear 42, in the rotating shaft of described cylinder 1, one-way transmission gear 1 is installed, one-way transmission gear 2 28 is installed in the rotating shaft of cylinder 2 23, this one-way transmission gear 1 and one-way transmission gear 2 28 travelling gear 42 with described mechanical energy output shaft 41 two ends respectively is joined and is incorporated in described cylinder 1 or transmission rotates forward moment time cylinder 2 23 rotates forward, mechanical energy output shaft 41 is made to keep rotating forward, described water pump 44 can be driven to convert mechanical energy into water energy by the speed-changing gear box 43 linked with this mechanical energy output shaft 41.Certainly, kinetic energy conversion output apparatus can also use other version, and this is prior art, and here is omitted.
The fluid kinetic energy conversion system of the present invention also includes can the turning platform that turns to of horizontal 360-degree, this turning platform is installed on the ground, it is provided with steering motor or steering wheel and is controlled rotation direction by described central control system, described fluid dynamic energy collection and the above ground portion controlling device, as: cylinder 1, cylinder 2 23, hoist engine 1 and hoist engine 2 24 etc. are arranged on this turning platform, the direction of turning platform is adjusted in time so that the rope outlet direction of above ground portion keeps consistent with Aerial parts wind direction occurs and changes when
Described central control system includes: PLC program controller, pulling force inductor, pulling force sensor data receiver, set high-level weather station sonde and sun-generated electric power thereof, the sonde signal that is located at ground accepts antenna and sonde data receiver.Described pulling force inductor is arranged on described acting rope and direction controlling rope, for being respectively induced acting rope and the pulling force of direction controlling rope.Described weather station sonde and sun-generated electric power thereof can be arranged on Umbrella for working.
Umbrella for working wind-force and hoist engine pull with control under, it is raised to aerial as kite, rise to a more than myriametre at Umbrella for working, the wind energy such as the wind speed high-level jet stream reaching more than 25 meter per seconds than more rich ideal operation height after, Umbrella for working seesaws respectively according to the instruction of central control system, gathers wind energy.
Such as Fig. 1, after collecting the data of pulling force inductor and weather station sonde, central control system control direction controls motor 1 and drives hoist engine 1 to rotate backward, tightening up direction controlling rope 1 makes Umbrella for working 1 be in bagpipe state, simultaneously, central control system control direction controls motor 2 34 and drives hoist engine 2 24 to rotate, and loosens direction controlling rope 2 22 and makes Umbrella for working 2 20 be in reefing state.Wind energy drives the Umbrella for working 1 being in bagpipe state to move forward to position J ' from position J, and pull cylinder 1 to rotate forward by acting rope 1, meanwhile, the cylinder 1 rotated forward drives cylinder 2 23 to rotate backward by universal driving shaft 1 and universal driving shaft 2 26, gets to, from position K, the Umbrella for working 2 20 being in reefing state back position K '.Because the wind-force that the Umbrella for working 1 being in bagpipe state is subject to is much larger than being in the wind-force that the Umbrella for working 2 20 of reefing state is subject to, therefore, cylinder 1 will drive the mechanical energy output shaft 41 of kinetic energy conversion output apparatus to rotate forward acting thus complete kinetic energy gatherer process for the first time.
Umbrella for working 2 20 is retracted to specific bit and postpones, as shown in Figure 2, central control system control direction controls motor 2 34 and drives hoist engine 2 24 to rotate backward, tightening up direction controlling rope 2 22 makes Umbrella for working 2 20 be in bagpipe state, simultaneously, central control system control direction controls motor 1 and drives hoist engine 1 to rotate, and loosens direction controlling rope 1 and makes Umbrella for working 1 be in reefing state.Wind energy drives the Umbrella for working 2 20 being in bagpipe state to travel forward, cylinder 2 23 is pulled to rotate forward by acting rope 2 21, meanwhile, the cylinder 2 23 rotated forward drives cylinder 1 to rotate backward by universal driving shaft 2 26 and universal driving shaft 1, being got back by the Umbrella for working 1 being in reefing state, cylinder 2 23 drives the mechanical energy output shaft 41 of kinetic energy conversion output apparatus to rotate forward acting thus completes second time kinetic energy gatherer process.
Central control system is according to the translational speed of Umbrella for working, Data Control direction controlling motor 1 and the direction controlling motor 2 34 such as the pulling force of direction controlling rope and acting rope, position and the angle of Umbrella for working is adjusted by direction controlling rope 1 and direction controlling rope 2 22, Umbrella for working 1 and Umbrella for working 2 20 are lift a sail and reefing under the blowing of wind energy repeatedly, move up and down before and after regularly, gather wind energy, Crankshaft motion such as cylinder, one-way transmission gear 1 and one-way transmission gear 2 28 driving mechanical energy output shaft 41 by cylinder 1 and cylinder 2 23 ceaselessly keep rotating forward, water pump 44 is driven to convert mechanical energy into stable, can store, can the water energy of long-distance transmissions, provide for the steadily generating of generator and stablize the secure energy.
The fluid kinetic energy conversion system of the present invention can individually gather wind power generation, can in low latitude, collection wind energy near the ground, the when of as gathered valley breeze wind energy in mountain area, gathering land and sea breeze wind energy near shore on island, Umbrella for working directly can be hung on the horizontal hawser drawn fixing；Wind energy can also be converted to water energy, with water energy cogeneration；Umbrella for working can also be changed into water collection sheet, directly it is used on the water surface of flowing water, need not build dam and just can gather water-energy generating electricity, the sonde signal now need not weather station sonde and sun-generated electric power thereof, being located at ground accepts the parts such as antenna, sonde data receiver.
The above is presently preferred embodiments of the present invention, is not limited to the present invention, all amendment, equivalent or improvement etc. made in present invention spirit and principle, should be included in protection scope of the present invention.
Claims (7)
1. a fluid kinetic energy conversion system, including: the kinetic energy conversion output apparatus that central control system, fluid dynamic energy collection and control device are connected with control device with described fluid dynamic energy collection；It is characterized in that:
Described fluid dynamic energy collection includes with controlling device: at least one pair of Umbrella for working, i.e. Umbrella for working one (10) and Umbrella for working two (20), the acting rope one (11) connecting described Umbrella for working one (10) umbrella cover both sides respectively and direction controlling rope one (12), the acting rope two (21) connecting described Umbrella for working two (20) umbrella cover both sides respectively and direction controlling rope two (22), cylinder one (13) and cylinder two (23), the hoist engine one (14) being connected with described direction controlling rope one (12) and direction controlling rope two (22) end respectively and hoist engine two (24)；
The end of described acting rope one (11) and acting rope two (21) is wound in described cylinder one (13) and cylinder two (23) respectively, the rotating shaft of described cylinder one (13) and cylinder two (23) is connected with described kinetic energy conversion output apparatus, and Umbrella for working one (10) described in fluid driven or Umbrella for working two (20) move thus drive described cylinder one (13) and cylinder two (23) to rotate forward acting；
Described central control system controls described hoist engine one (14) and hoist engine two (24) is separately recovered or loosens described direction controlling rope one (12) and direction controlling rope two (22) to adjust the direction of described Umbrella for working one (10) and Umbrella for working two (20) to bagpipe state or reefing state；Described central control system by hoisting machine control Umbrella for working one (10) or Umbrella for working two (20) to bagpipe state and by fluid driven travel forward acting time, this central control system controls another Umbrella for working by hoisting machine and to reefing state and reclaims this Umbrella for working backward；
The rotating shaft of described cylinder one (13) connects universal driving shaft one (16) one end by linkage gear one (15), and the other end of this universal driving shaft one (16) is fixed with universal driving shaft gear one (17)；The rotating shaft of described cylinder two (23) connects universal driving shaft two (26) one end by linkage gear two (25), and the other end of this universal driving shaft two (26) is fixed with universal driving shaft gear two (27)；Described universal driving shaft gear one (17) and universal driving shaft gear two (27) engage each other so that rotate backward between described cylinder one (13) and cylinder two (23).
Fluid kinetic energy conversion system the most according to claim 1, it is characterized in that: described kinetic energy conversion output apparatus includes mechanical energy output shaft (41), the two ends of this mechanical energy output shaft (41) are fixed with travelling gear (42), in the rotating shaft of described cylinder one (13), one-way transmission gear one (18) is installed, one-way transmission gear two (28) is installed in the rotating shaft of cylinder two (23), this one-way transmission gear one (18) and one-way transmission gear two (28) are joined with the travelling gear (42) at described mechanical energy output shaft (41) two ends respectively and are incorporated in described cylinder one (13) or transmission rotating torque time cylinder two (23) rotates forward.
Fluid kinetic energy conversion system the most according to claim 2, it is characterised in that: described kinetic energy conversion output apparatus also includes the speed-changing gear box (43) linked with described mechanical energy output shaft (41) and the water pump (44) driven by this speed-changing gear box (43).
Fluid kinetic energy conversion system the most according to claim 1, it is characterized in that: also include by described central control system control can the turning platform that turns to of horizontal 360-degree, described cylinder one (13), cylinder two (23), hoist engine one (14) and hoist engine two (24) are arranged on this turning platform.
Fluid kinetic energy conversion system the most according to claim 4, it is characterised in that: described turning platform is installed on the ground.
Fluid kinetic energy conversion system the most according to claim 1, it is characterised in that described central control system includes: PLC program controller, the pulling force inductor being arranged on described acting rope and direction controlling rope and pulling force sensor data receiver.
Fluid kinetic energy conversion system the most according to claim 6, it is characterised in that described central control system also includes: the sonde signal set high-level weather station sonde and sun-generated electric power thereof, being located at ground accepts antenna and sonde data receiver.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210087062.1A CN103147919B (en) | 2012-03-29 | 2012-03-29 | Fluid kinetic energy conversion system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210087062.1A CN103147919B (en) | 2012-03-29 | 2012-03-29 | Fluid kinetic energy conversion system |
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| CN103147919A CN103147919A (en) | 2013-06-12 |
| CN103147919B true CN103147919B (en) | 2016-09-07 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106014861B (en) * | 2016-05-17 | 2018-11-02 | 北京工业大学 | A kind of kite generator |
| CN108061004A (en) * | 2017-12-08 | 2018-05-22 | 广东高空风能技术有限公司 | A kind of method realized high and medium wind electricity generating system and automatically retracted |
| CN113915054B (en) * | 2021-10-28 | 2023-02-24 | 重庆交通大学绿色航空技术研究院 | Reciprocating umbrella ladder power generation device and method |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101240778A (en) * | 2007-02-06 | 2008-08-13 | 李庆星 | Kite power generation method |
| CN101457743A (en) * | 2008-06-26 | 2009-06-17 | 杨兵 | Aerial wind power generator |
| CN102278276A (en) * | 2011-06-08 | 2011-12-14 | 广东高空风能技术有限公司 | Series bidirectional driven wind power system |
| CN102352816A (en) * | 2011-06-28 | 2012-02-15 | 青岛华创风能有限公司 | Ground wind generating set for high air power generation |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010129124A2 (en) * | 2009-05-04 | 2010-11-11 | Skywind, Inc. | System and method for umbrella power generation |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101240778A (en) * | 2007-02-06 | 2008-08-13 | 李庆星 | Kite power generation method |
| CN101457743A (en) * | 2008-06-26 | 2009-06-17 | 杨兵 | Aerial wind power generator |
| CN102278276A (en) * | 2011-06-08 | 2011-12-14 | 广东高空风能技术有限公司 | Series bidirectional driven wind power system |
| CN102352816A (en) * | 2011-06-28 | 2012-02-15 | 青岛华创风能有限公司 | Ground wind generating set for high air power generation |
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