CN1165247A - Wind energy-thermal power generating method and its special wind tower - Google Patents
Wind energy-thermal power generating method and its special wind tower Download PDFInfo
- Publication number
- CN1165247A CN1165247A CN96117571A CN96117571A CN1165247A CN 1165247 A CN1165247 A CN 1165247A CN 96117571 A CN96117571 A CN 96117571A CN 96117571 A CN96117571 A CN 96117571A CN 1165247 A CN1165247 A CN 1165247A
- Authority
- CN
- China
- Prior art keywords
- wind
- tower
- tunnel
- meters
- cold
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D1/00—Wind motors with rotation axis substantially parallel to the air flow entering the rotor
- F03D1/04—Wind motors with rotation axis substantially parallel to the air flow entering the rotor having stationary wind-guiding means, e.g. with shrouds or channels
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03D—WIND MOTORS
- F03D1/00—Wind motors with rotation axis substantially parallel to the air flow entering the rotor
- F03D1/02—Wind motors with rotation axis substantially parallel to the air flow entering the rotor having a plurality of rotors
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2240/00—Components
- F05B2240/10—Stators
- F05B2240/13—Stators to collect or cause flow towards or away from turbines
- F05B2240/131—Stators to collect or cause flow towards or away from turbines by means of vertical structures, i.e. chimneys
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2260/00—Function
- F05B2260/20—Heat transfer, e.g. cooling
- F05B2260/24—Heat transfer, e.g. cooling for draft enhancement in chimneys, using solar or other heat sources
-
- 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
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/46—Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
-
- 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
Landscapes
- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Wind Motors (AREA)
Abstract
A thermally electric generation method using dedicated wind tower features that the air in tower is heated by fuel combustion or hot air or water to generate temp. difference between the air inside and outside the tower and convection, resulting in cold and hot wind. Under the action of differences in pressure and gravity, the cold wind drives the windmill generator. Its advantages are simple structure and operation, saving fuel, less pollution and stable and durable high wind power.
Description
The invention relates to the method for thermal power generation, in particular, be about the method for a kind of thermal power generation of the temperature difference of the hot and cold air that utilizes heat energy and " chimney " principle to combine to be produced and the wind-power electricity generation that convection current forms and the wind tower of implementing its electricity-generating method.
The method of mainly generating electricity on a large scale at present, has: firepower, waterpower, nuclear power.
The method of generating has on a small scale: solar energy, natural wind, tide sunset energy, geothermal power etc.
The shortcoming of above-described electricity-generating method is: investment is big, cost is high, the cycle is long, especially with coal, rock gas, oil be fuel be the thermal-power generating method of power with steam, not only conversion links is many, hear rate is big, efficient is low, then cause serious environmental to pollute, and is very undesirable.
Though and the area of solar energy, natural wind is big but its energy is very little and extremely unstable, utilizes its extensive cost of electricity-generating very high also undesirable.
The objective of the invention is for overcoming above-mentioned various shortcoming of the prior art, but a kind of conversion links simple in structure, simple to operate, no is provided, electric motor power is changeable and the area that takes up an area of is few, little investment, cycle are short, the fuel saving high efficiency is utilized low temperature heat energy, pollution-free or pollute little, wind speed can be by the fast wind-force that produces of slow-speed extremely powerful and stable lasting, method of thermal power generation that cost of electricity-generating is extremely cheap and the wind tower of implementing its electricity-generating method.
For solving above-mentioned task, the solution that the present invention adopts is summarized as follows:
1, a kind of thermal power generating method in turn includes the following steps:
In the interior tower bottom of wind tower, utilize fuel combustion or utilize hot gas, hot water liberated heat, make the inside and outside air of tower form the temperature difference and the convection current of hot and cold air and produce hot and cold wind the air heating in the tower;
---make cold wind in the outer tower sinking and inflow wind-tunnel of wind tower, the wind wheel generator that utilizes cold wind to promote in the wind-tunnel generates electricity;
---after the cold wind work done, tower promotes hot air and rises and replenish to be heated again and rise to cat head and be discharged from and flow in the atmosphere in flowing into;
---cold wind is not only through outer tower inflow wind-tunnel but also the interior wind wheel generator generating of promotion wind-tunnel simultaneously;
---tower promotes the hot air material that rises not only and fills but also be heated and rise to cat head and be discharged to flow in the atmosphere and circulate incessantly with this in flowing into not only after the cold wind work done;
---in stopping tower burning or in tower, spray into hot gas, hot water, the inside and outside air of wind tower has not had the temperature difference to stop convection current yet simultaneously, the generating that also shuts down of the wind wheel generator in the wind-tunnel simultaneously if generate electricity again, then must repeat above-mentioned step again.
2, a kind of wind tower of implementing above-mentioned 1 method is that described wind tower is fused by inside and outside tower, wind-tunnel to constitute.
3, a kind of thermal power generating method in turn includes the following steps:
In the interior tower bottom of wind tower, utilize fuel combustion earlier or utilize hot gas, hot water to emit heat, make the inside and outside air of tower form the temperature difference and the convection current of hot and cold air and produce hot and cold wind the air heating in the tower;
---make cold wind in the outer tower sinking and inflow wind-tunnel of wind tower, the wind wheel generator that utilizes cold wind to promote in the wind-tunnel generates electricity;
---flow through after the cold wind work done wind-tunnel and water rub, and hydrogen atom and oxygen atom in the water molecule are separated;
---tower burnt under the effect of electric charge in hydrogen atom and oxygen atom flowed in company with cold wind, stop to spray in the inside tower bottom fuel or hot gas, hot water simultaneously, flow into cold wind in the tower simultaneously and promote hot air and rise and replenish to be heated again and rise to cat head and be discharged from and flow in the atmosphere;
---simultaneously cold wind not only flows in the wind-tunnel but also the wind wheel generator that promotes in the wind-tunnel generates electricity through outer tower;
---flow through again after the cold wind work done wind-tunnel and water rub, and hydrogen atom and oxygen atom in the water molecule are separated;
---tower but also under the effect of electric charge, burn in hydrogen atom and oxygen atom flow in company with cold wind not only, cold wind promotes not only that hot air rises and not only replenishes but also be heated to rise to cat head and be discharged to flow in the atmosphere and circulate incessantly with this simultaneously;
---spray water in wind-tunnel until stopping, promptly stopping at the tower internal combustion, the inside and outside air of wind tower has not had the temperature difference to stop convection current yet simultaneously, and the generating that also shuts down of the wind wheel generator in the wind-tunnel simultaneously if generate electricity again, then must repeat above-mentioned step again.
4, a kind of wind tower of implementing above-mentioned 3 method with above-mentioned 2 identical.
The present invention is further described by the following embodiment.
Example 1
The job step of wind energy-thermal power generating method is as follows:
Utilize gas or liquid fuel as hydrogen, oxygen, rock gas, coal gas, liquid gas, fuel or geothermal gases such as petroleum-type, geothermal water, water vapor, waste hot gas, the spent hot water, utilize the obtainable hot air of the sun, gas tank outside the wind tower such as hot water, in the operating room in oil tank or place, pond are gone into by line transportation in the tower bottom, around in the flat fire that under the acting in conjunction of air pump or oil pump or water pump and indoor flame thrower or sprayer flame or hot gas or hot water or fuel nebulized sprays in the tower bottom, fuel then uses flame thrower to light simultaneously, also can use flame thrower with fuel ejection burning certainly separately.
The heat that sprays into tower internal combustion or hot gas or hot water when a large amount of flame or fuel rapidly diffusion with the air heating in the tower, temperature in the tower is increased and make the inside and outside air of tower form the temperature difference of hot and cold air, be i.e. the weight difference of Nei Ta and the hot and cold air of outer tower and atmosphere.
Under the acting in conjunction of the power of bleeding (low pressure high tower) that the pressure of the atmosphere of compressor formula and the interior tower up to 1200 meters form, impel the outer highpressure of wind tower, density is big, heavier cool air is flowed through through the suction port of outer tower and is connected the underground wind-tunnel that communicates with interior tower and flows into lowpressure in the interior tower promotion tower, density is little, lighter hot air rises and replenishes and be heated and lightens, tower promoted not only lighter hot air and rises but also replenish with this and circulate in the outer heavier cool air of wind tower flowed into not only, formed cool air through outer tower sink flow into by underground wind-tunnel in tower promote hot air in the tower and rise to cat head and be discharged from cold in the inflow atmosphere, the convection current of hot air has promptly formed tower and the mobile cold wind of underground wind-tunnel outside, the hot blast that interior tower flows.
The heat of the flame of tower or hot gas or hot water reaches in spraying into: 14921 kilocalories/second, 53715600 kilocalories/to or amounts of hydrogen be: about 0.439 Kilograms Per Second is 5.9 meters
3/ second, 1580.4 kilograms/time be 17558 meters
3/ time or other gas or liquid fuel amount are: 1.356 Kilograms Per Seconds, 4881.6 kilograms/time liberated heat that in interior tower bottom, burns be: 14921 kilocalories/second, 53715600 kilocalories/time air in the tower can be continued be heated to 1 ℃ (temperature that does not contain atmosphere), in flowing under the uninterrupted promotion of cool air of tower, sustainablely continually impel 1 ℃ the straight line rate of climb of hot air in interior tower bottom to reach 2 meter per seconds, speed per hour be 7.2 kilometers/time be equivalent to 2 grades of light breeze, the air mass flow that hot air rises is: 48081 meters
3/ second (interior tower bottom area: 24040.6 meters
2The air velocity of * 2 meter per seconds=48081 meter
3/ second air mass flow, the thermal expansion of air is disregarded), simultaneously the cool air flow that sinks of the outer tower of flow path also equate with flow that interior tower hot air rises be: 48081 meters
3/ second, interior tower hot air straight line under the continual promotion of cool air rises to cat head and discharges the inflow atmosphere from the air outlet at top.
(the standard coal calorific value is amounted in the heat dissipation of interior tower: 14921 kilocalories/second, 53715600 kilocalories/time ÷ 7000 kilocalories/kilogram=2.132 Kilograms Per Seconds, 7675.2 kilograms/time=7675200 gram/times.
Interior column area: 24040.6 meters
2, air density: 1293 gram/rice
3, air specific heat: 0.24 card/gram. degree, specific heat of water: 1 card/gram. spend, the specific heat of water vapour: 0.5 card/gram. degree, interior tower temperature: 1 ℃ is Nei Ta and the temperature difference of outer tower and atmosphere is 1 ℃, the rate of climb of hot air is: 2 meter per seconds, the calorific value of hydrogen: 34000 kilocalories/kilogram, the calorific value of other gas or liquid fuel: 11000 kilocalories/kilogram.
The temperature drift of Ruo Neita or on the low side when causing the bigger than normal or slow partially wind-force of wind speed of the fast wind-force of wind speed in the wind-tunnel less than normal, only needs to reduce or increase the flame that sprays into interior tower or fuel quantity or hot gas or hot water and gets final product).
The hot air of interior tower the rate of climb, 48081 meters with 2 meter per seconds
3When the air mass flow of/second rose, the cool air outside the tower was also through subsidence velocity (the outer column area: 12560 meters of outer tower with 3.4 meter per seconds
2), 48081 meters
3The cool air flow of/second sinks to being equivalent to 3 grades of gentle breezes (Nei Ta with the area ratio of outer tower is: 1＞about 1.7 times) from the suction port of outer tower.
Tower reached above-mentioned heat or the fuel quantity liberated heat that burns in long-term continuous uninterrupted kept spraying in interior tower bottom, temperature in the tower of continuous uninterrupted maintenance for a long time is 1 ℃, be that Nei Ta is constant with long-term 1 ℃ of the constant temperature that keeps of the temperature difference of outer tower and atmosphere, can keep 1 ℃ the rate of climb of hot air in tower for a long time is 2 meter per seconds, the promptly long-term 2 grades of interior light breeze states of tower that keep are constant, can not be subjected to spring, summer, autumn, winter and the influence of atmosphere temperature-difference inequality round the clock.
Because it is the gravitational difference of hot and cold air that interior tower has increased the temperature difference that pressure that heat makes air pressure in the tower be lower than outer tower and atmosphere promptly produced the hot and cold air of inside and outside tower and atmosphere, the space of interior tower is very huge again to have formed very big low pressure area, its pressure is very little again, therefore when cool air from the zone of high pressure (atmosphere) with the wind speed of 3.4 meter per seconds, 48081 meters
3/ second air mass flow (3 meters of the internal diameters at each hole, sectional area: 7.065 meters 2 * 40 hole=282.6 meter when outer tower sinks down into the wind-tunnel mouth of 40 divergent nozzle formulas between its base wall
240 holes with the area ratio of interior tower are: 85.07 times＜1), the little wind-tunnel of each divergent nozzle formula produces " narrow pipe " effect, the flow velocity nature of cold air flow when the suction port by each little wind-tunnel be than fast 85.07 times of the rate of climb 2 meter per seconds of the hot air of interior tower, can reach the high speed of 170 meter per seconds and 1202 meters
3Cool air flow (the hot air flowrate of interior tower: 48081 meters of/second
340 little wind-tunnel=1202 of/second ÷ meter
3/ second air mass flow), again since the internal diameter of little wind-tunnel dwindle gradually from outside to inside, so the flow velocity of cool air in narrow little wind-tunnel also stream is fast more more, (small-bore: 1.2 meters, sectional area is: 1.1304 meters when flowing to small-caliber end
2* 40 osculum internal diameter=45.216 meter
2, 40 small-caliber ends with the area ratio of interior tower are: about 531.66 times＜1), the flow velocity nature of cold air flow by each small-caliber end the time be than fast 531.66 times of the rate of climb 2 meter per seconds of the hot air of interior tower, can reach the high speed of 1063 meter per seconds and 1202 meters
3The cool air flow of/second.
(people know, when gas when high-pressure space flows to low-voltage space, pressure difference is big more, the speed of gas flow is also big more, the power of natural gas is also big more.
Even present embodiment utilize the narrow little wind-tunnel of divergent nozzle formula obtain at a high speed cold wind make its produce powerful power cold wind from high-pressure space (atmosphere) when suction port of outer tower sinks down into bottom and the narrow underground wind-tunnel between its tower wall at a slow speed and flows to the promptly interior tower of low-voltage space, utilize its great pressure difference, the flow velocity of cold wind is speeded, and make in the flow set of cool air, produce powerful power and be about to the hot air of interior tower with slow 48081 meters of rising mobile of 2 meter per seconds
3/ second air mass flow change into cool air in the little wind-tunnel of 40 narrow tubular types with in the high speed of 1063 meter per seconds and each little wind-tunnel respectively with 1202 meters
3Promote the turbogenerator generating in 20 big wind-tunnel in the cold air flow quantity set of/second.Method with reference to thermal power generation with the swiftly flowing steam impringement steam turbine running of 800-1000 meter per second drive generator for electricity generation.)
40 little wind-tunnel of divergent nozzle formula with two be one group parallel horizontal be divided into together side by side 20 groups by the tower outer wall around disposed at equal distance is in the outer tower bottom of enclosure wall formula or be divided into 20 groups and be arranged in respectively with each group in tower on every side outside by equidistant 20 cylindric outside inner wall of tower (tower direction inwardly) in the tower bottom.
When cool air with 48081 meters
3/ second flow in the bottom of outer tower respectively with 1202 meters
3/ second air mass flow when flowing into the suction port of the little wind-tunnel of each divergent nozzle formula, in wind-tunnel, flow to and stream is fast more more with the high speed of 170 meter per seconds, when by small-caliber end then with the high speed of 1063 meter per seconds, 1202 meters
3/ second the cool air flow from small-caliber end by and flow out (nozzle inside diameter: 2 meters, sectional area: 3.14 meters from horn-like nozzle
2, long 2 meters), with the cold air flow of left and right two nozzles simultaneously respectively from the high speed of left and right both sides with 1063 meter per seconds, respectively be: 1202 meters
3/ second the air mass flow high speed impact blade that is installed in the outer, left and right both sides of turbo machine anterior in the big wind-tunnel make the turbo machine quick rotation and drive generator for electricity generation in the big wind-tunnel in back that (single-machine capacity is: 600,000 kilowatts of turbine generation units).
(big wind-tunnel front portion part that turbogenerator promptly is installed is a toroidal, and internal diameter is decided with the size of turbogenerator, size to slowing down in big wind-tunnel rapidly after 20 large-scale turbogenerator works done in outer 20 underground big wind-tunnel around the wind tower bottom at a high speed for the cold air flow of flood tide.The latter part of big wind-tunnel then be a shape, and height is: 10 meters, widely be: 4.8 meters, and area: 48 meters
2* 20 big wind-tunnel=960 meter
2, 20 big wind-tunnel with the area ratio of interior tower are: about 25 times＜1, wind speed ratio is: about 50 meter per seconds of 25 times＞1=), and with the wind speed of 50 meter per seconds, 2404 meters
3The cool air flow of/second flows through the wind speed of the interior tower of each big wind-tunnel inflow hot air that also deceleration is spread and the promotion tower is interior rapidly again with 2 meter per seconds, 48081 meters
3/ second air mass flow slowly rise and replenish and be heated to 1 ℃, again with the wind speed of 2 meter per seconds, 48081 meters
3The hot air of/second rises to cat head under the promotion of cold wind air outlet is discharged from the inflow atmosphere, tower promoted hot air rising and more than with this long-term continuous uninterrupted circulation in cool air flowed into above-mentioned step again, inside tower jets out flames or fuel burns or spray hot gas or hot water heats at Nei Tanei until stopping, Nei Ta has not had cold with outer tower and atmosphere, the temperature difference of hot air is promptly cold, the weight difference of hot air, also stopped the convection current of air, there has not been the cold wind that flows simultaneously in the wind-tunnel, turbogenerator has also stopped running and generating naturally, if need generating again, then must repeat above-mentioned step again.
A kind of wind tower of implementing above-mentioned wind energy-thermal power generating method is made up of Nei Ta, Wai Ta, wind-tunnel, operating room, underpass, fuel or hot water or hot gas duct, column foot plinth etc.
Above-mentioned interior tower height is: 1200 meters, and bottom internal diameter: 175 meters (areas: 24040.6 meters
2), the tower wall thickness: 2.5 meters, top internal diameter: 70 meters (areas: 3846.5 meters
2), the tower wall thickness: 0.4-0.5 rice, forming a hollow cone cylinder is funnel-shaped interior tower.
Above-mentioned outer tower be arranged on described in the tower bottom wall outer around, height is on the ground: 15-50 rice, subsurface are deeply: 6 meters, radius: 20 meters (areas: 12560 meters
2), the tower wall thickness: 0.5-1 rice, the tower inner bottom part around by the equidistant row's rainwater hole that is provided with 20 left and right hole in the ground formulas, length and width respectively is: 3 meters, undergroundly be deeply: 3.5 meters left and right, apart from ground thick 0.5 meter (Wai Tadi), highly, wide respectively be: 3 meters and straight-through, form the outer tower of an enclosure wall formula outside interior tower toward low-lying landform places such as the outer ditch of wind tower, canal, rivers.
Also can adopt outer tower is arranged on around outer 50-80 rice of interior tower, and by the equidistant outer tower that 20 hollow cylinder shapes are set altogether, height is on each ground: 15-50 rice, subsurface are deeply: 6 meters, internal diameter: 28 meters (areas: 615.44 meters
2), tower wall thickness 0.5-1 rice is provided with 1-2 described row's rainwater hole at the tower inner bottom part.
Above-mentioned column foot plinth is arranged on the bottom of described inside and outside tower, and its size, the degree of depth can be decided according to the on-site geological state in tower location.
Above-mentioned wind-tunnel be arranged on described inside and outside tower bottom underground around, horizontally be provided with 20 altogether by equidistant one-tenth is parallel, wind-tunnel divides the front portion to fuse for little wind-tunnel and outer tower wall again, the rear portion is that big wind-tunnel and inner tower wall fuse, the suction port of little wind-tunnel is arranged on outer tower wall, the suction port of big wind-tunnel then is arranged on totally two on the left and right both sides, middle part of the cross section of big wind-tunnel and little wind-tunnel joint for the air outlet of little wind-tunnel, the air outlet of wind-tunnel is arranged on inner tower wall greatly.
Described little wind-tunnel be divided into again parallel horizontal with two be one group of together little wind-tunnel of divergent nozzle formula of two hollow circular shapes side by side, the suction port internal diameter of each is: 3 meters (sectional areas: 7.065 meters
2), the bottom in the outer tower promptly apart from described hole in the ground formula arrange the rainwater hole high 1 meter, on the ground thick 2 meters, extend internal diameter inwardly from suction port and dwindle gradually, to the internal diameter of 15-18 rice strong point be: 1.2 meters (sectional areas: 1.1304 meters
2), extending 2 meters long again is that the internal diameter at nozzle place is: 2 meters (sectional areas: 3.14 meters
2) form horn-likely, the internal diameter of the little wind-tunnel of each divergent nozzle formula adds the wall thickness diameter and is: 7 meters (except column foot plinth) is wall thickness apart from the ground thickness portion, and length is: 17-20 rice.
The spacing of per two little wind-tunnel can be according to the size of the large-scale turbine wheel diameter of installing in the big wind-tunnel front portion, size and is decided.
Described big wind-tunnel is a hollow circular tubular wind-tunnel, the turbine generation unit then is installed in the front portion of big wind-tunnel, the blade of the outer, both sides, middle part of turbine section is then facing to a described left side, parallel together the air outlet of two little wind-tunnel of divergent nozzle formula side by side, right both sides, it is the nozzle place, generator partly then is installed in the big wind-tunnel of turbo machine back, the internal diameter of anterior wind-tunnel can be according to single-machine capacity: the size of 600,000 kilowatts turbine generation unit, size and decide (can with reference to 600,000 kilowatts vapor wheel generator set), the top cover of the above ground portion of anterior big wind-tunnel is promptly installed the top of the top semi-circular shape of turbine generation unit part can adopt metallic material.
The rear portion internal diameter of big wind-tunnel is: 8 meters, and sectional area: 50.24 meters
2, the top cover of wall and above ground portion is thick to be: 2 meters, around the whole wind-tunnel wall with the earth for according to consumption, except the ground header field.The strong wind at rear portion pierced the central direction of Chao Tanei behind the inner tower wall and becomes fan shape slope open type to end at the place, ground at 30-40 rice to the tower, and the wind-tunnel at tower wall place can be set to a shape, and height is: 10 meters, wide is 4.8 meters (sectional areas: 48 meters
2), the ground face width at 30-40 rice then is the tower internal diameter in the tower: the toroidal ground at 115 meters-95 meters.In such layout can make and flow into fast in the big wind-tunnel cool air of tower rapidly in tower diffusion slow down, can flow slowly behind the tower in flowing into to reach the cool air that makes flood tide, and promote the purpose that hot air also rises slowly and replenishes.
Wind-tunnel is if adopt the outer tower of above-mentioned enclosure wall formula, in then forming, the wind-tunnel of 20 horseshoe-shape formulas around the outer tower is that the little wind-tunnel of divergent nozzle formula of wind-tunnel front portion extends from outer wall direction outside tower of outer tower bottom, turn to inside and outside tower direction to extend to inner tower wall to enter in the tower by begin to turn again rear portion by wind-tunnel, about 3-5 rice, the anterior turbogenerator back of big wind-tunnel then, the spacing at turning be 7 meters left and right.
Wind-tunnel is that the anterior little wind-tunnel of wind-tunnel is entered in the tower by rear portion to the inner tower wall of big wind-tunnel then from the inside tower direction extension of the inner wall of tower of outer tower bottom for the wind-tunnel of linear type then if adopt above-mentioned cylindric outer tower.
Factory building and control room are set on the ground of described wind-tunnel, so that other accessory is installed, can make things convenient for the staff to operate again, the size in factory building, control room, size and accessory can be decided on demand.
It is that internal diameter is on the round wire at each 43.75 meters between central point and the inner tower wall that above-mentioned operating room is arranged on described Nei Tanei: on 87.5 meters the round wire, and by the equidistant operating room that 5 left and right sides bunker formula hollow circular shapes are set, the operating room of a bunker formula only is set on the central point in tower, also setting operation chamber and be provided with outside the wall of interior tower and be similar to the place of operating room and relevant equipment not is as flame thrower or sprayer etc.
Described operating room internal diameter is: 5 meters are left and right, high 1 meter on dark 3 meters of subsurface, the ground, wall thickness 0.3-0.5 rice, and the top is the circular arch shape, also can be flat-top, and thick 0.4 meter, locular wall is provided with a ramp type wicket, and height is: 1.8 meters, wide is 1.2 meters, can open.Close.Indoor flame thrower or the sprayer device of being provided with, thermometric instrument, be equipped with fuel or hot gas, hot water pipeline and be connected with sparger or sprayer device, the outdoor wind meter that is provided with, so that observe temperature and wind speed, around operation locular wall (above ground portion), be provided with 15-20 aperture and a wicket, so that nozzle is stretched out field operation from aperture, wicket then makes things convenient for situation in the observing tower, and other indoor facility can be arranged on demand.
Above-mentioned underpass is a door shape structure, be arranged on the subsurface of wind tower, height is: 2.5 meters, wide is 2 meters, thick 0.5 meter of wall thickness 0.3 meter (except column foot plinth) apart from ground, be connected with the under ground portion of described operating room and communicate, and pass inner tower wall from subsurface (thick 0.5 meter) apart from ground with a underpass, establish a level bridge sealed type passage, 2.5 meters of interior outages in the described inner tower wall and the parallel eminence of outer tower wall, wide 2 meters, its left side, right two walls, the top, an arcuation beam and a bottom established in thick 0.5 meter of bottom below the bottom, in, outer tower wall fuses, thick 0.5 meter, wide 2 meters.It is the ramp type underpass to the above factory building of ground that passage passes outer tower wall, and the outlet director is: 2.5 meters, wide is 2 meters (underpass apart from wind-tunnel more than 10 meters).
Above-mentioned fuel or hot gas, hot water pipeline are by outer fuel storage or gas tank, oil tank or the hot gas jar that is provided with of wind tower, thermal storage tank or pipeline place rise via in the factory building again through underpass lay to the operating room of interior tower and with the fuel or the hot gas of indoor laying, the hot water pipeline connection communicates, and air pump or water pump or oil pump are installed on pipeline.
Building a water capacity outside described wind tower is: 1 myriametre
3Above wet pit is so that use suction engine with the raw material sources of water suction pond as water electrolysis hydrogen production, oxygen device.
Outside described wind tower, power transformating and supplying facility is set, transports to the user so that the flood tide electric current of wind tower output is incorporated into the power networks with electrical network after by power transformating and supplying facility.
The inwall of tower scribbles one deck waterproof paint in described, in case hot gas, hot water, the bottom in tower scribbles one deck fireproof paint.
Light, the mixed earth material of high-quality reinforcing bar that described inner tower wall adopts, outer tower and wind-tunnel, operating room, underpass, control room, factory building, wet pit, column foot plinth etc. adopt common reinforcing bar to mix earth material.
The inwall of described large and small wind-tunnel adopts wear-resisting, heat-resisting, smooth cermet material the best; and adopt the HHT higher high tensile viscose glue to make itself and bonding the fusing of inwall of wind-tunnel, thick 50 millimeters left and right (can protect the wind-tunnel inwall) in order to avoid the cold wind of crossing with high speed flow takes place to rub for a long time impaired.
It is that sliding formwork lift method construction process is made that described interior tower adopts the method for construction of normally used construction chimney stalk, and other building adopts normally used construction techniques to make.
The top of tower is installed lightning arrester and can be prevented thunderbolt in described, and sound-absorbing equipment is installed in the tower outside described, can alleviate noise.
Example 2
The job step of wind energy-thermal power generating method is identical with example 1, and step part inequality is as follows:
When the hot air of interior tower with the wind speed of 2 meter per seconds, 48081 meters
3/ second air mass flow in tower, rise in, cool air is then with the wind speed of 3.4 meter per seconds (enclosure wall formula outer tower) or 4/second (cylindric outer tower), 48081 meters
3/ second the cool air flow when outer tower sinks down into 20 wind-tunnel mouths between its base wall (the wind-tunnel internal diameter: 1.6 meters, sectional area: 2.0096 meters
2* 20 wind-tunnel internal diameter=40.192 meter
2, with interior column area ratio be: 598 times＜1), each little wind-tunnel produces " narrow pipe " effect, and the flow velocity nature of cool air by each little wind-tunnel the time be than fast 598 times of the rate of climb 2 meter per seconds of the hot air of interior tower, can reach the high speed, 2404 meters of 1196 meter per seconds
3/ second the cool air flow big wind-tunnel that at a high speed the flows into scroll casing type blade that impacts the wind turbine outer of the water turbine formula in the big wind-tunnel of membranous cochlea formula that is installed in by each little wind-tunnel make the wind turbine quick rotation and drive the outer vertical or horizontal type generator generating (single-machine capacity is 600,000 kilowatts of wind wheel generation units) of the big wind-tunnel of scroll casing type.
In the cold air flow of flood tide flows into by big wind-tunnel the wind speed with about 50 meter per seconds of slowing down rapidly after 20 wind wheel generator works done in 20 big wind-tunnel of scroll casing type behind the wind end pipe at a high speed tower not only rapidly diffusion slow down and promote hot air in the tower and slowly rise with the wind speed of 2 meter per seconds and replenish and be heated to 1 ℃ and promoted not only but also rise to cat head to be discharged from and to flow in the atmosphere with the wind speed of 2 meter per seconds by the cool air that replenishes, tower promotion hot air was with the wind speed rising of 2 meter per seconds in cool air flowed into above-mentioned step again, cool air replenishes again and is more than with this long-term continuous uninterrupted circulation.
A kind of wind tower of implementing above-mentioned wind energy-thermal power generating method is identical with example 1, and structure inequality is as follows:
It is little wind-tunnel that above-mentioned wind-tunnel divides the front portion, and the rear portion is big wind-tunnel.
Described little wind-tunnel is the hollow cylinder shape, and internal diameter is 1.6 meters (sectional areas: 2.0096 meters
2), 15 meters of length are left and right, and the wind-tunnel mouth is that row's rainwater hole of hole in the ground formula is high 1 meter apart from the bottom in the outer tower, and internal diameter adds the wall thickness diameter and is: 7 meters (except column foot plinth parts) are wall thickness apart from above ground portion.
Be provided with 20 wind-tunnel around the above-mentioned inside and outside tower altogether, each described little wind-tunnel becomes parallel horizontal, in the air outlet of little wind-tunnel also is the suction port of the big wind-tunnel of scroll casing type for the suction port of described big wind-tunnel, below the big wind-tunnel of scroll casing type the machine pier and the wind end pipe of toroidal, the size of the big wind-tunnel of scroll casing type, machine pier, wind end pipe, size can be decided by the size of the wind wheel generation unit of 600,000 kilowatts of water turbine formulas, size, and the big wind-tunnel of scroll casing type can adopt vertical or horizontal (can arrange with reference to the vertical or horizontal spiral case of hydroelectric power mode).
On the ground of the big wind-tunnel of described scroll casing type factory building is set, control room and accessory can be arranged on demand.
Then the big wind-tunnel of door shape below described wind end pipe, height is: 4.8 meters, wide is 10 meters, 2 meters of wall thickness (except the column foot plinth), the big wind-tunnel of sloping formula tower wall direction inwardly extends, to inner tower wall wind-tunnel height be: 10 meters, wide is 4.8 meters, and the tower wall is outer, and big the wind-tunnel top is thick far from the ground thinnest part is: 2 meters.
Example 3
The job step of wind energy-thermal power generating method is identical with example 1, example 2, and step part inequality is as follows:
When a large amount of flame or fuel burns in interior tower bottom or hot gas, hot water are emitted when a large amount of heats rises the air heating in the tower, water also becomes the boundling shape to spray at a high speed downwards in the big wind-tunnel inner top concavity of one of them from 20 the big wind-tunnel hole under the high pressure effect of water pump.
When cool air through outside the tower suction port with the speed of 3.4 meter per seconds (tower outside the enclosure wall formula) or 4 meter per seconds (tower outside cylindric), 48081 meters
3/ second air mass flow flow into respectively 20 wind-tunnel flow through after to 20 turbogenerators or wind wheel generator work done big wind-tunnel flow in tower, (wind-tunnel area: high 3.2 meters * wide 3 meters=9.6 meters when flowing through one of them big wind-tunnel
2), with other wind-tunnel area ratio be: 5 times＜1), then with the high speed of 250 meter per seconds, 2404 meters
3Extremely strong strong friction takes place with the strong water column that sprays at a high speed in the cool air flow of/second in the concavity hole, produced extremely strong big energy, hydrogen atom and oxygen atom in the water molecule are separated, producing simultaneously has a large amount of electric charges and to flow into interior tower (water column place apart from inner tower wall wind-tunnel mouth only 3-5 rice) at a high speed in company with cold wind, and rapidly diffusion slow down with in other 19 big wind-tunnel, flow in the cool air of tower be 48081 meters altogether
3/ second flow promote in the tower 1 ℃ hot air together again with the speed of 2 meter per seconds, 48081 meters
3The air mass flow of/second slowly rises and burns rapidly under the effect of a large amount of electric charges in company with hydrogen atom and oxygen atom in the cold wind inflow tower simultaneously, the rapid diffusion of its heat energy will flow into the cool air heating in the tower, it is 1 ℃ that the interior temperature of tower is increased again, stop to spray into fuel in the tower or hot gas, hot water (promptly having saved a large amount of fuel) simultaneously, tower promoted 1 ℃ hot air but also with the speed of 2 meter per seconds, 48081 meters in cold wind flowed into above-mentioned step not only
3The air mass flow of/second slowly rises to cat head and discharges the inflow atmosphere from the air outlet at top, cold wind replenishes again and is more than with this long-term continuous uninterrupted circulation, water spray is burn-out in wind-tunnel until stopping, stop circulation, stop the inside and outside cross-ventilation of wind tower, the cold wind turbogenerator or the wind wheel generator that have not had in the wind-tunnel simultaneously to flow have also stopped running and generating, if need generating again, then must repeat above-mentioned step again.
(heat dissipation of interior tower is: 14921 kilocalories/second, 53715600 kilocalories/. in time, amounts to the hydrogen calorific value and is for 34000 kilocalories/kilogram: 0.439 Kilograms Per Second, 1580.4 kilograms/time=about 5.9 meters
3/ second, 17558 meters
3In/time, is converted into water again and contains: 11% hydrogen, 89% oxygen=about 4.829 kg of water/seconds, and 17384.4 kg of water/time.
The temperature drift of Ruo Neita or on the low side causes the fast wind-force of wind speed in the wind-tunnel bigger than normal or the slow partially wind-force of wind speed is less than normal, only needs to reduce or increase to spray into the interior water yield of wind-tunnel and get final product.
Because above-mentioned water column is to spray at a high speed down in the concavity hole at big wind-tunnel top through nozzle under the high pressure effect of water pump, the cold wind post then is that advection skims over (hole surface lies top nozzle is 0.5 meter deeply) from the surface at wind-tunnel inner concavity hole, the nozzle place does not have the pressure effect, water is sprayed at a high speed from nozzle form the surface that the strong water column that suitable hardness is arranged directes reach the cold wind post that skims at a high speed the below.
Because water and cold air flow are all at high-speed motion, water column and wind post all have suitable hardness, for wind post water column is static relatively, to water column Yan Fengzhu then is relative high-speed motion, when the speed of the water column of ejection at a high speed and hardness during greater than the wind post, water column then can pass the wind post and with the cold wind post that skims over from its side at a high speed extremely strong strong friction take place, produces extremely strong big energy and the hydrogen atom the water molecule and oxygen atom can be separated and produce a large amount of electric charges simultaneously.If the speed of cold wind post is during greater than water column, water column can only be surface, concavity hole on the surface of wind post, in case being the cold wind post one that is skimmed at a high speed moment, wipes and mistake the water column exposing surface, also rubbed and mistake simultaneously as if the continuous uninterrupted exposing surface by the cold wind post that is uninterruptedly skimmed at a high speed continuously, it is the tribology principle of emery wheel and metal object that the water column head of hardness and continual extremely strong strong friction each other that two kinds of hard things between the harder cold wind post take place are promptly arranged, and generation has a large amount of electric charges because the high-speed friction of water column head and cold wind post is separated the hydrogen atom in the water molecule and oxygen atom simultaneously, under the effect of electric charge, can make air heating tower in the slowly rising of hydrogen atom and oxygen atom burning with interior tower.)
A kind of wind tower of implementing above-mentioned wind energy-thermal power generating method is identical with example 1, example 2, and structure inequality is as follows:
One of them rear portion of 20 big wind-tunnel is provided with a round diameter apart from the middle part at inner tower wall (the tower wall thickness is: 2.5 meters) wind-tunnel top, 0.5-2.5 rice and is around the above-mentioned wind tower: 0.4-0.5 rice or square length, wide respectively is 0.3--0.4 rice, dark is the concavity hole of 0.5--1 rice, to be that the wind-tunnel top is thick be thick 1.5--1 rice apart from ground: 1.5--1 rice, the below then is the concavity hole, and on the ground above the concavity hole, be equipped with heavy caliber and be: 15 centimeters waterpipe, and be provided with two groups and respectively for the 10-15 root is small-bore be: the i.e. one group of work of 0.5 centimeter little water pipe, another group standby (needing unlikely the delaying work of transposing because of working long hours), each group for intensive shape respectively with man type promptly the main water pipeline of two terminal two statures be connected, and by two gate valve controls, also can be to adopt larger caliber to be: 5 centimeters two, a job, another root is standby, between ground to the bottom in concavity hole, be provided with the hole so as water pipe to stretch out in the concavity hole 1--2 centimetre from the ground downwards high, the heavy caliber water main then passes outer tower wall from big wind-tunnel ground and lays in the described wet pit to the wind tower, and water pump is installed on water main.
Example 4
The job step of wind energy-thermal power generating method and example 1, example 2, example 3 identical.
A kind of wind tower of implementing above-mentioned wind energy-thermal power generating and example 1, example 2, example 3 identical.
Example 5
The job step of wind energy-thermal power generating method and example 1, example 2, example 3 identical, inequality is that present embodiment also can adopt the height that reduces described interior tower, the internal diameter of tower and wall thickness and corresponding quantity and the electric motor power that reduces described wind-tunnel and turbogenerator or wind wheel generation unit in dwindling, the scale that is described wind energy-thermal power generating method and the wind tower of implementing its method can greatly also can be little, be that extensive generating can reach more than 1,000 ten thousand kilowatts, on a small scale generating can reach 1,000 ten thousand kilowatts with down to thousands of kilowatts.
Because the characteristics of wind energy-thermal power generating method are that to utilize low temperature heating power be the electricity-generating method that the wind tower combines with " chimney " of " lever " principle formula, so high more heat of saving more of wind tower, low more then many more consumption of calorie, reduction along with the wind tower, the rate of climb of the hot air of interior tower is if still need keep the rate of climb 2 meter per seconds of example 1, example 2, example 3 constant, its heat dissipation then is directly proportional and increases, its heat dissipation then opposite (dwindle or enlarges except the internal diameter of interior tower, wind-tunnel) that raises of interior tower.
As described in following each example:
1. other of example 1, example 2, example 3 is constant, and tower reduces by 1 times and is in described: 600 meters high, and the hot air rate of climb of interior tower is if still need keep 2 meter per seconds, 48081 meters
3/ second air mass flow, the temperature in its tower then need increase by 1 times and be: 2 ℃ (temperature that does not contain atmosphere), 600 meters high interior tower and example 1, example 2, example 3 compare the heat that nature will consume 1 times more.
2. other of example 1, example 2, example 3 is constant, and tower reduces by 10 times and is in described: 120 meters high, and the rate of climb of the hot air of interior tower is if still need keep 2 meter per seconds, 48081 meters
3/ second air mass flow, the temperature in its tower then need increase by 10 times and be: 10 ℃ (temperature that does not contain atmosphere), 120 meters high interior tower and example 1, example 2, example 3 compare the heat that nature will consume 10 times more.
3. if the internal diameter of tower is reduced into again in described: 39 meters (areas: 1194 meters
2, with the area ratio of example 1, example 2, example 3 be: about 20 times＜1).The height of tower is promptly: 120 meters, the bottom internal diameter is: 39 meters, its described wind-tunnel and generator set also are 1 (single-machine capacity is: 600,000 kilowatts), if still need keep the rate of climb of 2 meter per seconds, air mass flow then is: 2388 meters
3/ second, 1194 meters
2* 2 meter per seconds=2388 meter
3/ second), temperature is 10 ℃ in the tower, heat dissipation in its tower is: 7410 kilocalories/second, 26676000 kilocalories/time, amounting to the standard coal calorific value is for 7000 kilocalories/kilogram: 3810.857 kilograms/time=3810857 gram/times, and being in a ratio of with the unit electric motor power of example 1, example 2, example 3: about heat dissipation of 10 times＞1.
Certainly the height of tower also can reduce again in described, the bottom internal diameter also can dwindle again, because interior tower reduces again, dwindling temperature in the therefore tower also need increase again and could keep its 2 meter per second or the rate of climb faster, temperature in the tower is then slower if reduce its rate of climb, want many consumption of calorie along with the interior tower of the increase in temperature in the tower then reduces nature, then save heat on the contrary.
Certain described wind-tunnel internal diameter also can enlarge or dwindle, because the wind-tunnel internal diameter enlarges, the air velocity in wind-tunnel slows down naturally, and its internal diameter dwindles air velocity and then speeds.
Air mass flow in the tower increases or reduces for above-mentioned reasons, and the flow velocity of cold wind in wind-tunnel accelerated or slowed down, and cause in the wind-tunnel cold wind power to increase or reduce, so the electric motor power of the interior generator of wind-tunnel also need increase or reduce.
A kind of wind tower of implementing above-mentioned wind energy-thermal power generating method and example 1, example 2, example 3 identical, structure inequality is as follows:
1. tower height is in described: 600 meters, and the bottom internal diameter: 175 meters, wall thickness, 1.5 meters, the top internal diameter: 70 meters, the tower wall thickness: 0.4 meter, forming a hollow cone cylinder is funnel-shaped interior tower.
2. tower height is in described: 120 meters, and the bottom internal diameter: 175 meters, 1 meter of wall thickness, the top internal diameter: 70 meters, 0.4 meter of tower wall thickness, forming a hollow cone cylinder is funnel-shaped interior tower.
3. tower height is in described: 120 meters, and bottom internal diameter: 39 meters (areas: 1194 meters
2), wall thickness: 1 meter, top internal diameter: 15 meters (areas: 176.625 meters
2), wall thickness: 0.4 meter, forming a hollow cone letter shape body is funnel-shaped interior tower.
Outside described outer tower is arranged on around the described interior tower bottom, radius: 5 meters (areas: 722.2 meters
2).
Also can adopt outer tower is arranged on apart from outer 50--80 rice of interior tower, be provided with the outer tower of 1 hollow cylindrical, internal diameter: 28 meters (areas: 615.44 meters
2).
Described wind-tunnel is arranged on the subsurface of the bottom of described inside and outside tower, is provided with 1, and the turbogenerator in the wind-tunnel or the electric motor power of wind wheel generation unit are: 600,000 kilowatts of units.
The present invention compared with prior art has the following advantages:
1, simple in structure, floor space is few, and installed capacity can greatly also can be little, selects the tower location easy, Reduce investment outlay, the cycle is short.
2, the temperature of using is low, does not have the conversion link, saves fuel.
3, easy and simple to handle, technology is less demanding.
4, the energy of cold wind is big and concentrated stable lasting.
5, can effectively utilize various high and low temperature heat energy, pollution-free or pollute little, cost of electricity-generating is extremely low.
Claims (6)
1, a kind of thermal power generating method in turn includes the following steps:
In the interior tower bottom of wind tower, utilize fuel combustion or utilize hot gas, hot water liberated heat, make the inside and outside air of tower form the temperature difference and the convection current of hot and cold air and produce hot and cold wind the air heating in the tower;
---make cold wind in the outer tower sinking and inflow wind-tunnel of wind tower, the wind wheel generator that utilizes cold wind to promote in the wind-tunnel generates electricity;
---tower promotes hot air and rises and replenish to be heated again and rise to cat head and be discharged from and flow in the atmosphere in flowing into after the cold wind work done;
---cold wind is not only through outer tower inflow wind-tunnel but also the interior wind wheel generator generating of promotion wind-tunnel simultaneously;
---tower promotes hot air and rises not only to replenish but also be heated and rise to cat head and be discharged to flow in the atmosphere and circulate incessantly with this in flowing into not only after the cold wind work done;
---in stopping tower burning or in tower, spray into hot gas, hot water, the inside and outside air of wind tower has not had the temperature difference to stop convection current yet simultaneously, the generating that also shuts down of the wind wheel generator in the wind-tunnel simultaneously if generate electricity again, then must repeat above-mentioned step again.
2, a kind of wind tower of implementing the method for claim 1 is characterised in that described wind tower is fused by inside and outside tower, wind-tunnel to constitute.
3, a kind of thermal power generating method in turn includes the following steps:
In the interior tower bottom of wind tower, utilize fuel combustion earlier or utilize hot gas, hot water to emit heat, make the inside and outside air of tower form the temperature difference and the convection current of hot and cold air and produce hot and cold wind the air heating in the tower;
---make cold wind in the outer tower sinking and inflow wind-tunnel of wind tower, the wind wheel generator that utilizes cold wind to promote in the wind-tunnel generates electricity;
---flow through after the cold wind work done wind-tunnel and water rub, make hydrogen atom and the oxygen atom in the water molecule to separate;
---tower burn, stops simultaneously spraying in the inside tower bottom fuel or hot gas, hot water in hydrogen atom and oxygen atom flowed in company with cold wind under the effect of electric charge, flowed into cold wind in the tower simultaneously and promoted hot air and rise and replenish to be heated again and rise to cat head and be discharged from the inflow atmosphere;
---simultaneously cold wind not only flows in the wind-tunnel but also the wind wheel generator that promotes in the wind-tunnel generates electricity through outer tower;
---flow through again after the cold wind work done wind-tunnel and water rub, and hydrogen atom and oxygen atom in the water molecule are separated;
---not only burning under the effect of electric charge of tower in hydrogen atom and oxygen atom flow in company with cold wind not only, cold wind promotes not only that hot air rises and not only replenishes but also be heated to rise to cat head and be discharged to flow in the atmosphere and circulate incessantly with this simultaneously;
---spray water in wind-tunnel until stopping, promptly stopping at the tower internal combustion, the inside and outside air of wind tower has not had the temperature difference to stop convection current, the generating that yet shuts down of the wind wheel generator in the wind-tunnel simultaneously yet simultaneously, if generate electricity again, then must repeat above-mentioned step again.
4, a kind of wind tower of the method for implementing claim 3 and claim 2 is identical.
5, a kind of job step of thermal power generating method and claim 1,3 identical.
6, a kind of wind tower of implementing claim 5 and claim 2,4 identical.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN96117571A CN1165247A (en) | 1996-06-03 | 1996-06-03 | Wind energy-thermal power generating method and its special wind tower |
| CN97195507A CN1108450C (en) | 1996-06-03 | 1997-04-28 | Wind-power generating system |
| PCT/CN1997/000035 WO1997046801A1 (en) | 1996-06-03 | 1997-04-28 | Wind-powered energy producing system |
| AU23790/97A AU2379097A (en) | 1996-06-03 | 1997-04-28 | Wind-powered energy producing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN96117571A CN1165247A (en) | 1996-06-03 | 1996-06-03 | Wind energy-thermal power generating method and its special wind tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1165247A true CN1165247A (en) | 1997-11-19 |
Family
ID=5124408
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN96117571A Pending CN1165247A (en) | 1996-06-03 | 1996-06-03 | Wind energy-thermal power generating method and its special wind tower |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN1165247A (en) |
| AU (1) | AU2379097A (en) |
| WO (1) | WO1997046801A1 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2009065245A1 (en) * | 2007-11-19 | 2009-05-28 | Yuze Chen | An air temperature difference power generation system |
| CN103058440A (en) * | 2013-01-17 | 2013-04-24 | 孔繁正 | Municipal sewage and garbage centralized processor |
| CN104295450A (en) * | 2014-09-25 | 2015-01-21 | 潘国明 | Ground tower furnace type renewable energy heating and refrigerating power generation device |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2848261A1 (en) * | 2002-12-05 | 2004-06-11 | Alexis Asty | Wind powered electricity generator includes large chimney open to atmosphere at its top and extended at its base by divided chamber having spaced conduits inside of which turbines are disposed to run alternators in direction of chamber |
| AT510573B1 (en) * | 2011-04-28 | 2012-05-15 | Penz Alois | WIND TURBINE |
| CN103233868A (en) * | 2013-04-10 | 2013-08-07 | 西安交通大学 | Comprehensive low temperature solar energy and rotating wind energy utilizing device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3720840A (en) * | 1971-10-06 | 1973-03-13 | H Gregg | Wind turbine generator with exhaust gas heater |
| GB9024500D0 (en) * | 1990-11-10 | 1991-01-02 | Peace Steven J | A vertical axis wind turbine unit capable of being mounted on or to an existing chimney,tower or similar structure |
-
1996
- 1996-06-03 CN CN96117571A patent/CN1165247A/en active Pending
-
1997
- 1997-04-28 WO PCT/CN1997/000035 patent/WO1997046801A1/en active Application Filing
- 1997-04-28 AU AU23790/97A patent/AU2379097A/en not_active Abandoned
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2009065245A1 (en) * | 2007-11-19 | 2009-05-28 | Yuze Chen | An air temperature difference power generation system |
| CN103058440A (en) * | 2013-01-17 | 2013-04-24 | 孔繁正 | Municipal sewage and garbage centralized processor |
| CN104295450A (en) * | 2014-09-25 | 2015-01-21 | 潘国明 | Ground tower furnace type renewable energy heating and refrigerating power generation device |
Also Published As
| Publication number | Publication date |
|---|---|
| AU2379097A (en) | 1998-01-05 |
| WO1997046801A1 (en) | 1997-12-11 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| AU2001267224B2 (en) | Solar chimney wind turbine | |
| US3979597A (en) | Solar power plant | |
| US8875511B2 (en) | Geothermal wind system | |
| AU2001267224A1 (en) | Solar chimney wind turbine | |
| CN202450809U (en) | Hotairpower generating device | |
| WO2006047934A1 (en) | Artifical cyclone generating apparatus and its generating method | |
| CN101220800A (en) | Intelligent combined power generation energy resource tower | |
| CN1165247A (en) | Wind energy-thermal power generating method and its special wind tower | |
| CN204553099U (en) | A kind of pipeline wind power generation plant | |
| CN1204338C (en) | Artificial tornado electricity generating system | |
| CN1540161A (en) | Man-made tornado-atosphere power generation system | |
| CN101070818A (en) | Air temperature-difference generating system | |
| JPH0688565A (en) | Wind power takeout device | |
| CN105275746A (en) | Self-made wind power generation system | |
| CN203939628U (en) | From making wind wind power generation system | |
| US10859066B2 (en) | Sub-terranean updraft tower (STUT) power generator | |
| Lajqi et al. | Design, implementation and analysis of the overall performance of a micro hydro turgo turbine | |
| JP2005083327A (en) | Combined power generating device | |
| CN1834455A (en) | Air temp difference generating system utlizing artifical tornado | |
| CN202900555U (en) | Solar airflow power generation assembly | |
| CN202250634U (en) | Energy storage power generation system adopting natural energy sources | |
| CN202228277U (en) | Wind power generation device for air duct well power station and comprehensive energy air duct well power station | |
| KR20070105395A (en) | Wind and thermal power generation using generation of electric power method and divice | |
| CN1108450C (en) | Wind-power generating system | |
| CN1429987A (en) | Solar energy all-weather temperature difference electric generator device system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C01 | Deemed withdrawal of patent application (patent law 1993) | ||
| WD01 | Invention patent application deemed withdrawn after publication |