CN101349244A - Natural wind energy and solar energy thermal current wind energy complementary wind power generation method - Google Patents
Natural wind energy and solar energy thermal current wind energy complementary wind power generation method Download PDFInfo
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- CN101349244A CN101349244A CNA2008100636149A CN200810063614A CN101349244A CN 101349244 A CN101349244 A CN 101349244A CN A2008100636149 A CNA2008100636149 A CN A2008100636149A CN 200810063614 A CN200810063614 A CN 200810063614A CN 101349244 A CN101349244 A CN 101349244A
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Abstract
Disclosed is a generating method which utilizes complementation of natural wind power and solar energy thermal current wind power. Natural wind generating mainly comprises mounting a hollow blade on the top portion of a barrel-shaped tower, and the tip of the blade is provided with an opening. When the blade is rotated, according to the aerodynamic principles, low pressure is generated at the opening to bleed air which is in the blade and filled into the inner portion of the tower, the bottom end of a solar energy heat collecting device below the tower is equipped with an air inlet, air can constantly flow up from the bottom portion, and thereby driving a turbine generator to generate power. The bottom end of the tower is equipped with the solar energy heat collecting device, an opening at the top of the solar energy heat collecting device is in matching connection with an opening at the lower end of the tower, and the bottom of the solar energy heat collecting device is fixed on a base or a support. The solar energy heat collecting device transforms solar energy into heat energy to heat air inside a taper tower at the bottom portion of the tower, because of the wind draft effect of the barrel-shaped tower and the hollow blade, the heater the air inside the taper tower is, the higher the tower is, and the larger the speed of the thermal current in the inner chamber of the tower is. Wind power generated by the thermal current drives the turbine generator located in the tow to generate power.
Description
Technical field
The present invention relates to a kind of wind power generation method, especially a kind of natural wind energy and solar heat air-flow wind energy complementary wind power generation method.
Background technique
Along with the industrial expansion various countries increase day by day to the demand of the energy, the consumption of the disposable energy is also increasing, and also increasing to the global environment influence, greenhouse effect, global warming, for this reason, people are greatly developing reproducible clean energy resource, as wind energy.Existing wind generating technology is comparative maturity, promptly utilizes wind-force to promote fan blade and rotates, and the mechanical energy of generation drives the electricity generating device action that connects and produce can be for the electric energy that utilizes; The wind generating unit of this windmill type has obtained extensive use.
Yet traditional wind generating unit all is to rely on the natural wind running, and therefore, this wind generating unit must be built in the abundant place of wind resource, and addressing is had relatively high expectations to wind field; In addition, the wind-force of natural wind is at times strong and at other times weak, usually be when rainy weather, to be attended by high wind, and when weather is fine wind-force a little less than, sometimes even can stop.The intermittence of this wind-force makes that the output fluctuation of generator is very big, has had a strong impact on transient stability, system frequency control and the load trend of generator, and simultaneously, its generating efficiency and usage ratio of equipment are not high yet, have caused the wasting of resources.
Summary of the invention
The objective of the invention is to overcome above-mentioned deficiency, a kind of natural wind energy and solar heat air-flow wind energy complementary wind power generation method are provided, not only can utilize the natural wind generating, but also the hot air flow that can utilize solar heat collector and pylon inner chamber to produce drives wind turbine power generation when weather is fine.Weather is fine with than high wind the time, and natural wind drives the blade rotation of tower top hollow on the one hand, extracts an air through to tower inside in the blade out, produces upward flow at a high speed at the pylon inner chamber; On the other hand, be positioned at the air of the solar heat collector heating heat-collecting devcie inside of pylon lower end, utilize the wind effect of pulling out of pylon and hollow blade simultaneously, can form the hot air flow that rises at a high speed at the pylon inner chamber.The air-flow that the high speed that is formed at the pylon inner chamber by natural wind rises and and the hot air flow that rises of the high speed that forms at the pylon inner chamber by the solar heat collector heated air can drive the turbogenerator that is positioned at the pylon inner chamber simultaneously and generate electricity.When building wind power station, sometimes even can reduce harsh requirement to wind field.
For achieving the above object, the technical solution used in the present invention is: natural wind energy and solar heat air-flow wind energy complementary wind power generation method comprise the steps:
1) wind powered generator system drives on the basis of generating at natural wind energy, and the hot air flow that can also utilize the solar heat collector heated air to produce drives generator for electricity generation.
2) natural wind energy drives wind turbine power generation, mainly is that the blade that is installed on tower top is a hollow, and vane tip has opening.When blade rotation, according to aerodynamic principle, produce low pressure at opening, extract an air through to tower inside in the blade out.The following solar heat collector bottom of tower is provided with intake grill, air can be constantly from the bottom to the upper reaches, thereby the wind turbine generator of installing in tower generating.
3) the hot air flow wind energy is to utilize solar light irradiation, and the air of heating solar heat-collecting devcie inner space utilizes the wind effect of pulling out of tubular pylon and hollow blade simultaneously, and hot air rises to flow and forms wind.Temperature is high more, and wind speed is big more; Pylon is high more, and the wind speed of pylon inner chamber is also big more.
4) utilize above-mentioned natural wind driving to be positioned at the hollow blade rotation of tower top, extract an air through to pylon inside in the blade out, the upward flow of formation drives and is positioned at pylon inside turbine, drives generator for electricity generation; The rising hot air flow that utilizes the solar heat collector heated air to produce drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.According to outside natural weather situation, two kinds of air-flows can drive turbine generation respectively, also can drive turbine generation simultaneously.
In the technique scheme, meeting high wind or weather when weather mainly is that natural wind drives the hollow blade rotation that is positioned at tower top when not too fine, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon, drive generator for electricity generation, the hot air flow of the rising that the solar heat collector heated air produces drives turbine and drives the generator auxiliary power generation; When the fine wind-force of weather a little less than, sometimes wind-force even can stop the time, system utilizes the hot air flow of the rising that the solar heat collector heated air produces to drive the turbine of pylon inside, drive generator for electricity generation, if more weak wind-force is arranged this moment, natural wind drives the hollow blade rotation that is positioned at tower top, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon,, drive the generator auxiliary power generation; Mainly be that natural wind drives the hollow blade rotation that is positioned at tower top night when not having sunlight, extracts an air through to pylon inside in the blade out, and the upward flow of formation drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.Not only further make full use of the natural resources, also improved the utilization ratio of this device.
In the technique scheme, the wind powered generator system in the described step 1 the hollow blade of natural wind energy by the rotation of tower top is converted into pylon inner chamber high speed upward flow.The solar heat collector that is positioned at the pylon bottom heats the high stack effect of its inner air and pylon inner chamber and hollow blade at pylon inner chamber formation upward flow at a high speed.Two kinds of air-flows can drive the turbine that is positioned at pylon inside simultaneously, drive generator for electricity generation, also can drive the turbine of pylon inside respectively, drive generator for electricity generation.
In the technique scheme, the upper and lower opening that the solar heat collector in the described step 3 is made up of solar heat-collection plate is the round platform cone structure; The lower ending opening coupling of its open top and pylon inner chamber links to each other, and the thermal-arrest plate is heat energy through solar light irradiation with conversion of solar energy, heats ambient air below the thermal-arrest plate.
Technical conceive of the present invention is: when weather was met high wind, wind-power generating system mainly was the natural wind generating; Weather is fine when calm, and wind-power generating system mainly is to utilize the solar heat collector heated air, utilizes the hot air flow that wind effect produces of pulling out of pylon inner chamber and hollow blade to drive turbine and drive generator for electricity generation simultaneously; Weather is fine with than high wind the time, and the hot air flow of natural wind and air conducting tube inside drives turbine simultaneously, drives generator for electricity generation; At night, wind-power generating system mainly is the natural wind generating.
Because the use of technique scheme, the present invention compared with prior art has following advantage:
1. because the present invention will utilize natural wind generating and utilize solar heat collector and the formed hot air flow generating of pylon inner chamber below the wind-power generating system pylon to superpose in wind-power generating system pylon inside, can guarantee electricity generating device stable operation, improve generating efficiency.
2. the present invention is simultaneously with the natural wind generating with based on the solar heat air-flow generating, so the construction addressing of its device is not subjected to the restriction of region, helps applying.
3. power generation system all can be generated electricity under most of natural weather condition of the present invention in one day, has not only made full use of the natural resources of cleaning, has also improved usage ratio of equipment greatly, has good economic benefit.
4. the worry that cable twines when having overcome small wind turbine to wind.
Description of drawings
Fig. 1 is the side view of the embodiment of the invention one;
Fig. 2 is the front view of the embodiment of the invention one;
Fig. 3 is the sectional view of the embodiment of the invention one;
Fig. 4 is the sectional view of the embodiment of the invention two.
Wherein:
Fig. 1: 1, pylon; 6, support device; 7, solar heat collector; 8, hollow blade; 10, solid of rotation; 12, tail vane.
Fig. 2: 1, pylon; 6, support device; 7, solar heat collector; 8, hollow blade; 10, solid of rotation.
Fig. 3: 1, pylon; 2, be positioned at the turbine of pylon inside; 3, transmission shaft; 4, support; 5, generator; 6, support device; 7, solar heat collector; 8, hollow blade; 9, bearing; 10, solid of rotation; 11, bearing; 12, tail vane.
Fig. 4: 1, pylon; 2, be positioned at the turbine of pylon inside; 3, transmission shaft; 4, support; 5, generator; 6, support device; 7, solar heat collector; 8, hollow blade; 9, bearing; 10, solid of rotation; 11, bearing; 12, deviation drive device; 13, step-up gear.
Embodiment
Below in conjunction with embodiment the present invention is further described:
Embodiment one:
A kind of small-sized natural wind energy and solar heat air-flow wind energy complementary wind power generation method comprise the steps:
1) wind powered generator system drives on the basis of generating at natural wind energy, and the hot air flow that can also utilize the solar heat collector heated air to produce drives generator for electricity generation.
2) natural wind energy drives wind turbine power generation, mainly is that the blade that is installed on tower top is a hollow, and vane tip has opening.When blade rotation, according to aerodynamic principle, produce low pressure at opening, extract an air through to tower inside in the blade out.The following solar heat collector bottom of tower is provided with intake grill, air can be constantly from the bottom to the upper reaches, thereby the wind turbine generator of installing in tower generating.
3) the hot air flow wind energy is to utilize solar light irradiation, and the air of heating solar heat-collecting devcie inner space utilizes the wind effect of pulling out of tubular pylon and hollow blade simultaneously, and hot air rises to flow and forms wind.Temperature is high more, and wind speed is big more; Pylon is high more, and the wind speed of pylon inner chamber is also big more.
4) utilize above-mentioned natural wind driving to be positioned at the hollow blade rotation of tower top, extract an air through to pylon inside in the blade out, the upward flow of formation drives and is positioned at pylon inside turbine, drives generator for electricity generation; The rising hot air flow that utilizes the solar heat collector heated air to produce drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.According to outside natural weather situation, two kinds of air-flows can drive turbine generation respectively, also can drive turbine generation simultaneously.
The device that said method uses is as follows: referring to Fig. 1 to shown in Figure 3, a kind of natural wind energy and solar heat air-flow wind energy complementary wind generating unit, what comprise vertical setting is used for support hollow blade and solid of rotation pylon 1.The solar heat collector 7 of the frustoconic shape that is sealedly and fixedly connected between described pylon 1 bottom and the base support 4, turbine 2 is arranged at pylon inside, and turbine 2 adopts directly to drive with generator 5 and is connected.
In the technique scheme, meeting high wind or weather when weather mainly is that natural wind drives the hollow blade rotation that is positioned at tower top when not too fine, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon, drive generator for electricity generation, the hot air flow of the rising that the solar heat collector heated air produces drives turbine and drives the generator auxiliary power generation; When the fine wind-force of weather a little less than, sometimes wind-force even can stop the time, system utilizes the hot air flow of the rising that the solar heat collector heated air produces to drive the turbine of pylon inside, drive generator for electricity generation, if more weak wind-force is arranged this moment, natural wind drives the hollow blade rotation that is positioned at tower top, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon,, drive the generator auxiliary power generation; Mainly be that natural wind drives the hollow blade rotation that is positioned at tower top night when not having sunlight, extracts an air through to pylon inside in the blade out, and the upward flow of formation drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.Not only further make full use of the natural resources, also improved the utilization ratio of this device.
In the technique scheme, the wind powered generator system in the described step 1 the hollow blade of natural wind energy by the rotation of tower top is converted into pylon inner chamber high speed upward flow.The solar heat collector that is positioned at the pylon bottom heats the high stack effect of its inner air and pylon inner chamber and hollow blade at pylon inner chamber formation upward flow at a high speed.Two kinds of air-flows can drive the turbine that is positioned at pylon inside simultaneously, drive generator for electricity generation, also can drive the turbine of pylon inside respectively, drive generator for electricity generation.
In the technique scheme, the upper and lower opening that the solar heat collector in the described step 3 is made up of solar heat-collection plate is the round platform cone structure; The lower ending opening coupling of its open top and pylon inner chamber links to each other, and the thermal-arrest plate is heat energy through solar light irradiation with conversion of solar energy, heats ambient air below the thermal-arrest plate.
Technical conceive of the present invention is: when weather was met high wind, wind-power generating system mainly was the natural wind generating; Weather is fine when calm, and wind-power generating system mainly is to utilize the solar heat collector heated air, utilizes the hot air flow that wind effect produces of pulling out of pylon inner chamber and hollow blade to drive turbine and drive generator for electricity generation simultaneously; Weather is fine with than high wind the time, and the hot air flow of natural wind and air conducting tube inside drives turbine simultaneously, drives generator for electricity generation; At night, wind-power generating system mainly is the natural wind generating.
Because the use of technique scheme, the present invention compared with prior art has following advantage:
1. because the present invention will utilize natural wind generating and utilize solar heat collector and the formed hot air flow generating of pylon inner chamber below the wind-power generating system pylon to superpose in wind-power generating system pylon inside, can guarantee electricity generating device stable operation, improve generating efficiency.
2. the present invention is simultaneously with the natural wind generating with based on the solar heat air-flow generating, so the construction addressing of its device is not subjected to the restriction of region, helps applying.
3. power generation system all can be generated electricity under most of natural weather condition of the present invention in one day, has not only made full use of the natural resources of cleaning, has also improved usage ratio of equipment greatly, has good economic benefit.
4. the worry that cable twines when having overcome small wind turbine to wind.
Embodiment two:
In a kind of, large-scale natural wind energy and solar heat air-flow wind energy complementary wind power generation method, comprise the steps:
1) wind powered generator system drives on the basis of generating at natural wind energy, and the hot air flow that can also utilize the solar heat collector heated air to produce drives generator for electricity generation.
2) natural wind energy drives wind turbine power generation, mainly is that the blade that is installed on tower top is a hollow, and vane tip has opening.When blade rotation, according to aerodynamic principle, produce low pressure at opening, extract an air through to tower inside in the blade out.The following solar heat collector bottom of tower is provided with intake grill, air can be constantly from the bottom to the upper reaches, thereby the wind turbine generator of installing in tower generating.
3) the hot air flow wind energy is to utilize solar light irradiation, and the air of heating solar heat-collecting devcie inner space utilizes the wind effect of pulling out of tubular pylon and hollow blade simultaneously, and hot air rises to flow and forms wind.Temperature is high more, and wind speed is big more; Pylon is high more, and the wind speed of pylon inner chamber is also big more.
4) utilize above-mentioned natural wind driving to be positioned at the hollow blade rotation of tower top, extract an air through to pylon inside in the blade out, the upward flow of formation drives and is positioned at pylon inside turbine, drives generator for electricity generation; The rising hot air flow that utilizes the solar heat collector heated air to produce drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.According to outside natural weather situation, two kinds of air-flows can drive turbine generation respectively, also can drive turbine generation simultaneously.
The device that said method uses is as follows: referring to Fig. 1 to shown in Figure 3, a kind of natural wind energy and solar heat air-flow wind energy complementary wind generating unit, what comprise vertical setting is used for support hollow blade and solid of rotation pylon 1.The solar heat collector 7 of the frustoconic shape that is sealedly and fixedly connected between described pylon 1 bottom and the base support 4, turbine 2 is arranged at pylon inside, and turbine 2 drives by step-up gear 13 with generator 5 and is connected.
In the technique scheme, meeting high wind or weather when weather mainly is that natural wind drives the hollow blade rotation that is positioned at tower top when not too fine, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon, drive generator for electricity generation, the hot air flow of the rising that the solar heat collector heated air produces drives turbine and drives the generator auxiliary power generation; When the fine wind-force of weather a little less than, sometimes wind-force even can stop the time, system utilizes the hot air flow of the rising that the solar heat collector heated air produces to drive the turbine of pylon inside, drive generator for electricity generation, if more weak wind-force is arranged this moment, natural wind drives the hollow blade rotation that is positioned at tower top, extract an air through to pylon inside in the blade out, the upward flow that forms drives and is positioned at the inner turbine of pylon,, drive the generator auxiliary power generation; Mainly be that natural wind drives the hollow blade rotation that is positioned at tower top night when not having sunlight, extracts an air through to pylon inside in the blade out, and the upward flow of formation drives and is positioned at the inner turbine of pylon, drives generator for electricity generation.Not only further make full use of the natural resources, also improved the utilization ratio of this device.
In the technique scheme, the wind powered generator system in the described step 1 the hollow blade of natural wind energy by the rotation of tower top is converted into pylon inner chamber high speed upward flow.The solar heat collector that is positioned at the pylon bottom heats the high stack effect of its inner air and pylon inner chamber and hollow blade at pylon inner chamber formation upward flow at a high speed.Two kinds of air-flows can drive the turbine that is positioned at pylon inside simultaneously, drive generator for electricity generation, also can drive the turbine of pylon inside respectively, drive generator for electricity generation.
In the technique scheme, the upper and lower opening that the solar heat collector in the described step 3 is made up of solar heat-collection plate is the round platform cone structure; The lower ending opening coupling of its open top and pylon inner chamber links to each other, and the thermal-arrest plate is heat energy through solar light irradiation with conversion of solar energy, heats ambient air below the thermal-arrest plate.
Technical conceive of the present invention is: when weather was met high wind, wind-power generating system mainly was the natural wind generating; Weather is fine when calm, and wind-power generating system mainly is to utilize the solar heat collector heated air, utilizes the hot air flow that wind effect produces of pulling out of pylon inner chamber and hollow blade to drive turbine and drive generator for electricity generation simultaneously; Weather is fine with than high wind the time, and the hot air flow of natural wind and air conducting tube inside drives turbine simultaneously, drives generator for electricity generation; At night, wind-power generating system mainly is the natural wind generating.
Because the use of technique scheme, the present invention compared with prior art has following advantages:
Since the present invention will utilize natural wind generating and utilize solar energy below the wind generator system pylon Heat collector and the formed hot airflow power generation of pylon inner chamber superpose in wind generator system pylon inside, Can guarantee TRT stable operation, improve generating efficiency.
2. the present invention is simultaneously with the natural wind generating with take the solar energy hot airflow power generation as main, so its device The construction addressing be not subjected to the restriction of region, be conducive to apply.
3. electricity generation system all can be generated electricity under most of natural weather condition of the present invention in one day, not only Take full advantage of the natural resources of cleaning, also greatly improved the utilization rate of equipment, have good economy effect Benefit.
4. the worry of cable winding when having overcome wind energy conversion system to wind.
Claims (7)
1. natural wind energy and solar heat air-flow wind energy complementary wind power generation method, wind-driven generator drives the hot air flow wind energy that can also utilize solar heat collector to produce on the basis of generator for electricity generation and drives generator for electricity generation at natural wind energy.Natural wind energy drives wind turbine power generation, mainly is that the blade that is installed on the tubular tower top of the trellis is a hollow, and vane tip has opening.When blade rotation, according to aerodynamic principle, produce low pressure at opening, extract an air through to tower inside in the blade out.The following solar heat collector bottom of tower is provided with intake grill, air can be constantly from the bottom to the upper reaches, thereby in the inner air-flow that rises at a high speed that produces of pylon, the wind turbine generator of installing in this air stream drives pylon generating.The wind energy of hot air flow drives generator for electricity generation, mainly be to utilize heat-collecting devcie that solar energy converting is heat energy, this heat energy is to the air heating of the solar heat collector that is arranged in the pylon lower end, air heating forms hot air flow, hot air flow rises at a high speed along the pylon inner chamber, the hot air flow that rises drives the turbine rotation that is positioned at pylon inside at a high speed, and the turbine of rotation drives generator for electricity generation by transmission shaft.
2. natural wind energy as claimed in claim 1 and solar heat air-flow wind energy complementary wind power generation method, its feature are being that the turbine of the driving generator for electricity generation of described wind powered generator system is installed on pylon inside.Generator in the wind powered generator system not only can utilize natural wind energy to drive generating, but also can utilize the wind energy of hot air flow to drive generating.
3. natural wind energy as claimed in claim 1 and solar heat air-flow wind energy complementary wind power generation method, its feature are being that the shaft axis of the turbine spin axis of pylon inside and pylon overlaps in the described wind powered generator system.
4. natural wind energy as claimed in claim 1 and solar heat air-flow wind energy complementary wind power generation method, its feature is being, turbo-driven generator can be installed in the heat-collecting devcie inside that is positioned at the pylon bottom in the described wind powered generator system, or is installed on subsurface.
5. natural wind energy as claimed in claim 1 and solar heat air-flow wind energy complementary wind power generation method, its feature are being that described hot air flow is the solar heat collector generation that is the round platform cone structure by the upper and lower opening that is positioned at the pylon lower end.
6. natural wind energy as claimed in claim 1 and solar heat air-flow wind energy complementary wind power generation method, it is characterized in that, the described rising hot air flow that produces by the solar heat collector that is positioned at the pylon bottom, drive after the turbine generation, by the blade outflow of pylon and the hollow that is positioned at tower top.
7. natural wind energy as claimed in claim 2 and solar heat air-flow wind energy complementary wind power generation method, it is characterized in that, the turbine of described pylon internal drive generator for electricity generation both can be rotated in the inner upward flow that produces of pylon by the hollow blade that the natural wind energy that is positioned at tower top drives and drive, the hot air flow that can be risen by the high speed that the solar heat collector heated air produces drives again, or two kinds of air-flows drive turbine, the drive generator for electricity generation simultaneously.
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| CNA2008100636149A CN101349244A (en) | 2008-06-30 | 2008-06-30 | Natural wind energy and solar energy thermal current wind energy complementary wind power generation method |
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| CNA2008100636149A CN101349244A (en) | 2008-06-30 | 2008-06-30 | Natural wind energy and solar energy thermal current wind energy complementary wind power generation method |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102410141A (en) * | 2011-10-25 | 2012-04-11 | 无锡中阳新能源科技有限公司 | Wind and light auxiliary heat power mechanism solar tower-type power output optimization and integration system |
| CN101487452B (en) * | 2009-02-14 | 2012-08-15 | 包头市爱能控制工程有限责任公司 | Method for wind-light mixed power generation or wind power generation |
| WO2013067698A1 (en) * | 2011-11-10 | 2013-05-16 | 青岛敏深风电科技有限公司 | Combined power generating device using solar and wind energy |
| CN103321843A (en) * | 2012-03-23 | 2013-09-25 | 张兴才 | Solar power-generation turbine |
| CN104295459A (en) * | 2014-09-16 | 2015-01-21 | 姜建纲 | Solar energy and wind energy supplementary electricity generation tower |
| CN104420697A (en) * | 2013-09-02 | 2015-03-18 | 冯镇华 | Environmental ecological intelligent circulating system for solar comprehensive utilization |
| CN106014863A (en) * | 2016-06-16 | 2016-10-12 | 昆山诃德新能源科技有限公司 | Concentrated solar energy wind power generation method |
| CN106246471A (en) * | 2016-09-23 | 2016-12-21 | 华南理工大学 | A kind of wind power generation method based on polymer hollow tower bar and device |
| CN113638846A (en) * | 2021-10-18 | 2021-11-12 | 山西丰秦源新能源开发有限公司 | Breeze energy-gathering wind power generation device |
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2008
- 2008-06-30 CN CNA2008100636149A patent/CN101349244A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101487452B (en) * | 2009-02-14 | 2012-08-15 | 包头市爱能控制工程有限责任公司 | Method for wind-light mixed power generation or wind power generation |
| CN102410141A (en) * | 2011-10-25 | 2012-04-11 | 无锡中阳新能源科技有限公司 | Wind and light auxiliary heat power mechanism solar tower-type power output optimization and integration system |
| WO2013067698A1 (en) * | 2011-11-10 | 2013-05-16 | 青岛敏深风电科技有限公司 | Combined power generating device using solar and wind energy |
| CN103321843A (en) * | 2012-03-23 | 2013-09-25 | 张兴才 | Solar power-generation turbine |
| CN104420697A (en) * | 2013-09-02 | 2015-03-18 | 冯镇华 | Environmental ecological intelligent circulating system for solar comprehensive utilization |
| CN104420697B (en) * | 2013-09-02 | 2017-09-22 | 冯镇华 | Solar energy composite utilizes environmental and ecological intelligent circulation system |
| CN104295459A (en) * | 2014-09-16 | 2015-01-21 | 姜建纲 | Solar energy and wind energy supplementary electricity generation tower |
| CN106014863A (en) * | 2016-06-16 | 2016-10-12 | 昆山诃德新能源科技有限公司 | Concentrated solar energy wind power generation method |
| CN106246471A (en) * | 2016-09-23 | 2016-12-21 | 华南理工大学 | A kind of wind power generation method based on polymer hollow tower bar and device |
| CN113638846A (en) * | 2021-10-18 | 2021-11-12 | 山西丰秦源新能源开发有限公司 | Breeze energy-gathering wind power generation device |
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