CN102720642A - Aerodynamic power generation device - Google Patents
Aerodynamic power generation device Download PDFInfo
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- CN102720642A CN102720642A CN2012102244815A CN201210224481A CN102720642A CN 102720642 A CN102720642 A CN 102720642A CN 2012102244815 A CN2012102244815 A CN 2012102244815A CN 201210224481 A CN201210224481 A CN 201210224481A CN 102720642 A CN102720642 A CN 102720642A
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- Prior art keywords
- wind impeller
- strong wind
- ensilage dump
- blower
- power generation
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
Abstract
The invention discloses an aerodynamic power generation device which mainly comprises an electric part and a mechanical part, wherein the electric part at least comprises two groups of battery chargers and storage batteries, a computer control system, an inverter, a transformer, a speed controller, an alternating-current generating set and switches which correspond to the battery chargers in the aspect of number; the mechanical part has a ground mounting manner and a groove mounting manner; in the ground mounting manner, a circular cone-shaped blow drier is mainly used and an ensilage dump blower is used for driving a strong-wind impeller so as to realize the power generation process; and in the groove mounting manner, an underground groove structure is used, an underground groove which is consistent with the heavy-wind impeller in the aspect of radius, two ensilage dump blowers are used for driving airflows at two stages, then the airflows flow in the sealed groove and the heavy-wind impeller is driven to rotate rapidly so as to realize the power generation process. Through the aerodynamic power generation device, the thermal energy is converted into electric energy, then the energy consumption in the conventional power generation mode is decreased and the operating cost is reduced, so that the aerodynamic power generation device is a low-carbon energy-saving and environment-friendly product and has considerable economical practicability.
Description
Technical field
The present invention relates to a kind of electricity generating device, particularly a kind of device that utilizes aerodynamic force to realize generating.
Background technique
Present power plant equipment generally adopts nuclear energy, solar energy, natural wind energy, waterpower, firepower to generate electricity as the energy; Adopt the generator of this type driving mode; Energy consumption is big, noise is big, form waste gas of sulfur dioxide is big, and environmental pollution is more serious, and is subject to environmental pollution or oxidation; Generator mechanical failure be prone to take place and the life-span shorter, maintenance expenses is also than higher.
Summary of the invention
Technical problem to be solved by this invention provides a kind of aerodynamic force electricity generating device, with the use and the environmental pollution problem of the minimizing energy, and a kind of effective power supply mode is provided.
The present invention solves the problems of the technologies described above with following technological scheme:
Aerodynamic force electricity generating device of the present invention mainly is made up of electric part and mechanical part.
Said electric part is by the charger of at least two groups and storage battery, computerized control system 5, inverter 6, transformer 7, speed regulator 8, alternating current generating sets 13, ensilage dump blower, strong wind impeller 14, form with charging unit quantity corresponding switch.
Said alternating current generating sets 13 and 14 companies of strong wind impeller; The total multi-channel parallel output of the ac output end of alternating current generating sets 13; One the tunnel externally exports, and one the road is connected to the voltage input end of transformer 7, and has multichannel output to be connected to the ac input end of each charger.The output terminal of charger is connected respectively to the input end of storage battery and an end of switch; The control end of switch is connected to computerized control system 5; The other end parallel connection of switch is input to the input end of inverter 6; The output terminal of inverter 6 is connected to the other end input of transformer 7, and the output terminal of transformer 7 is connected to the input end of speed regulator 8, and the output terminal of speed regulator 8 is connected to the power input of ensilage dump blower.
Said mechanical part has ground and two kinds of mounting types of groove.The mechanical part of floor mounted mode comprises air duct 11, generator support 12 and ensilage dump blower 9.Alternating current generating sets 13 is installed on the generator support 12, and strong wind impeller 14 is installed in the top of air duct 11.Ensilage dump blower 9 is installed in the bottom of air duct 11, and its diameter is consistent with air duct 11 base diameters.Air duct 11 tops are square, and consistent with the blade area of strong wind impeller 14.
Said air duct 11 is truncated cone shape, and is high 12 meters, and the bottom diameter is 3 meters, and the top is square.
It is the AC electric motor with adjustable speed of 100KW that said ensilage dump blower 9 is selected power for use.
The mechanical part of said groove mounting type includes one-level and drives ensilage dump blower 26, underground sealing air chute 25, air outlet slit hermetically sealed case 30, secondary drive ensilage dump blower 23.Strong wind impeller 14 is installed in the ground lower groove 24; The below of strong wind impeller 14 is provided with underground sealing air chute 25; One-level drives ensilage dump blower 26 and installs on the ground and be positioned at strong wind impeller 14 1 sides; Secondary drive ensilage dump blower 23 is installed in the ground lower groove 24 and is positioned at the opposite side of strong wind impeller 14, and its top is provided with the air outlet slit hermetically sealed case 30 that is enclosed within on the strong wind impeller 14.
Said ground lower groove 24 dark 10 meters, 0.8 meter～1 meter of furrow width, long 15 meters of ditch, groove one side is provided with the channel inlet 21 of a 1.5m * 1.5m, and inlet porting step 22.
It is the motor of 55KW that said one-level driving ensilage dump blower 26 is all selected power for use with secondary drive ensilage dump blower 23.
Said alternating current generating sets 13 is selected the variable speed alternator of 5000KW for use.
The present invention passes through conversion of heat into kinetic energy; Realize switching in turn accumulators through computer control simultaneously and carry out inversion generation Ac with inverter; And heat energy is converted into electric energy; Having reduced energy consumption in the existing power generation mode, reduced operating cost, is a kind of low-carbon (LC), energy-conserving and environment-protective product.
Description of drawings
Fig. 1 is the floor mounted mode structural representation of aerodynamic force generator of the present invention.
Fig. 2 is the underground mounting type structural representation of aerodynamic force generator of the present invention.
Among the figure: 1---one of charger
2---two of charger
3---one of storage battery
4---two of storage battery
5---computerized control system
6---inverter
7---transformer
8---speed regulator
9---ensilage dump blower
11---air duct
12---generator support
13---alternating current generating sets
14---the strong wind impeller
15---switch it-
16---two of switch
21---channel inlet
22---entrance step
23---the secondary drive ensilage dump blower
24---the ground lower groove
25---underground sealing air chute
26---one-level drives ensilage dump blower
30---the air outlet slit hermetically sealed case
Embodiment
Below in conjunction with accompanying drawing the present invention is done further description:
Aerodynamic force electricity generating device of the present invention mainly is made up of electric part and mechanical part.As shown in Figure 1.
Electric part is by the charger of at least two groups and storage battery, computerized control system 5, inverter 6, transformer 7, speed regulator 8, alternating current generating sets 13, ensilage dump blower, strong wind impeller 14, form with charging unit quantity corresponding switch.Shown in Figure 1 is the schematic representation that is connected of two groups of chargers and storage battery.As shown in Figure 1, alternating current generating sets 13 and 14 companies of strong wind impeller.The ac output end of alternating current generating sets 13 has four tunnel parallel connection outputs, and one the road is connected to the voltage input end of transformer 7; One the road is connected to the ac input end of one of charger 1; One the road is connected to 22 ac input end of charger, and other has one the tunnel externally to export.The output terminal of one of charger 1 is connected respectively to an end of one of input end and switch of one of storage battery 3 15; 22 output terminal of charger is connected respectively to an end of 2 16 of 24 input end and the switch of storage battery.2 16 control end of one of switch 15 and switch is connected to computerized control system 5, and 2 16 the other end parallel connection of the other end of one of switch 15 and switch is input to the input end of inverter 6, and the output terminal of inverter 6 is linked to the other end of transformer 7 and imports.The output terminal of transformer 7 is connected to the input end of speed regulator 8, and the output terminal of speed regulator 8 is connected to the power input of ensilage dump blower 9.
Mechanical part of the present invention has ground and two kinds of mounting types of groove.The mechanical part of floor mounted mode comprises air duct 11, generator support 12 and ensilage dump blower 9, and is as shown in Figure 1.Alternating current generating sets 13 is installed on the generator support 12, and strong wind impeller 14 is installed in the top of air duct 11.Ensilage dump blower 9 is installed in the bottom of air duct 11, and its diameter is consistent with air duct 11 base diameters.Air duct 11 is truncated cone shape, and is high 12 meters, and the bottom diameter is 3 meters, and the top is square, and consistent with the blade area of strong wind impeller 14.
The mechanical part of groove mounting type includes one-level and drives ensilage dump blower 26, underground sealing air chute 25, air outlet slit hermetically sealed case 30, secondary drive ensilage dump blower 23, and is as shown in Figure 2.Strong wind impeller 14 is installed in the ground lower groove 24; The below of strong wind impeller 14 is provided with underground sealing air chute 25; One-level drives ensilage dump blower 26 and installs on the ground and be positioned at strong wind impeller 14 1 sides; Secondary drive ensilage dump blower 23 is installed in the ground lower groove 24 and is positioned at the opposite side of strong wind impeller 14, and its top is provided with the air outlet slit hermetically sealed case 30 that is enclosed within on the strong wind impeller 14, and alternating current generating sets 13 is installed in the axis part of strong wind impeller 14.Ground lower groove 24 dark 10 meters, consistent with strong wind impeller 14 radiuses, 0.8 meter ~ 1 meter of furrow width, ditch is grown 15 meters, and groove one side is provided with (channel inlet 21 of 1.5m * 1.5m), and inlet porting step 22.The air that comes out through one-level driving ensilage dump blower 26 passes through the blade that underground sealing air chute 25 blows strong wind impeller 14, and the air that comes out through secondary drive ensilage dump blower 23 passes through the blade that air outlet slit hermetically sealed case 30 blows strong wind impeller 14 again.
The mechanical part working procedure of the aerodynamic force electricity generating device of floor mounted mode is following:
As shown in Figure 1, when the ensilage dump blower consistent 9 constantly during rotation, in each sheet impeller face of inclination air inspiration air duct 11 that air duct 11 is outer, and constantly push up air top on the air duct 11 with air duct 11 base diameters.Because the difference of air duct 11 two ends bores and volume size forms air pressure difference, the air mass flow that upper end-hole sprayed is powerful especially.
Because the air port is little and be square, and identical mutually with the blade of strong wind impeller 14, so each gas power is all blown on whole blade, forms one powerful Driving force.Because the diameter of strong wind impeller 14 is changeable, can select for use 3. meters ~ 5 meters not wait.Lever principle according to physical mechanics; Moment is laborsaving more greatly more, and the diameter of strong wind impeller is laborsaving more greatly more so, because the axle of powerful alternating current generating sets 13 and strong wind impeller 14 links together; Only need a spot of external force effect, this strong wind impeller 14 just can rotate like a cork.It is the AC electric motor with adjustable speed of 100kW that ensilage dump blower 9 is selected power, and the shaped design of air duct 11 is a circular cone shape, can easily drive the 5000kW alternating current generating sets 13 coaxial with strong wind impeller 14.
The mechanical part working procedure of the aerodynamic force electricity generating device of groove mounting type is following:
As shown in Figure 2, two ensilage dump blowers of mechanical part configuration under this mode are to drive the strong wind impeller.After being installed in 26 startings of ground one-level driving ensilage dump blower; The huge wind speed that it produced (8 tons ~ 12 tons) is through totally enclosed ground lower groove 24; Drive strong wind impeller 14 with producing huge Driving force, then, secondary drive ensilage dump blower 23 starts simultaneously; Its secondary drive will break out more huge driving force once more, and strong wind impeller 14 is driven high speed rotating.The radius of strong wind impeller 14 reaches 10 meters, according to lever principle, under powerful high speed rotating, with producing powerful driving force, can increase (radii size of looking strong wind impeller 14 determines it to increase the multiple volume) more than ten times through its power of science conversion.Therefore, through calculating, drive the increment power benefit of huge wind wheel again, can reach the generated energy increment and be: 1000 kilowatts ~ 5000 kilowatts by two 55 kilowatts driving ensilage dump blowers.
Underground mounting type adopts ground lower groove mode; Can realize seal action to air-flow; The air ability boundling outburst driving force that is produced is more powerful, and the impinging air that is produced is escaped leakage still less, reduces the loss of energy; Alternating current generating sets 13 is installed on the ground rather than built on stilts the installation simultaneously, has both guaranteed that Security also saved a huge investment cost.
Electric part working procedure of the present invention is following:
As shown in Figure 1, after strong wind impeller 14 driven alternator groups 13 produce electric energy, total multichannel output, one road output AC electricity supplies outside the use; No. one Input transformer 7, the ensilage dump blower 9 of input floor mounted mode behind speed regulator 8, or the one-level driving ensilage dump blower 26 and secondary drive ensilage dump blower 23 of ground lower groove mounting type are supplied with in output; Two groups of outputs are input to 22 of one of charger 1 and charger respectively in addition.22 output terminal of one of charger 1 and charger is imported 24 of one of storage battery 3 and storage battery respectively, and each has one the tunnel and output to 2 16 of one of switch 15 and switch.2 16 control end of one of switch 15 and switch is by computerized control system 5 controls.Computerized control system 5 can regularly be changed two switches, is implemented under the situation of charging simultaneously, can take turns automatically between two group storage batteries to switch; Discharge in turn; By inverter 6 dc inverter is become Ac, supply with transformer 7, as the back-up power of transformer 7; And guarantee to have sufficient power supply continuously to supply with ensilage dump blower 9, guarantee the normal operation of whole machinery drive system partly.
The present invention passes through conversion of heat into kinetic energy; Realize switching in turn accumulators through computer control simultaneously and carry out inversion generation Ac with inverter; Having guaranteed the continuous service of whole system, is the electricity generating device of a kind of low-carbon (LC), energy-conserving and environment-protective, has considerable economic and practical.
Claims (7)
1. an aerodynamic force electricity generating device is characterized in that, it mainly is made up of electric part and mechanical part; Said electric part is by the charger of at least two groups and storage battery, computerized control system (5), inverter (6), transformer (7), speed regulator (8), alternating current generating sets (13), ensilage dump blower, strong wind impeller (14), form with charging unit quantity corresponding switch; Alternating current generating sets (13) connects with strong wind impeller (14) axle; The ac output end of alternating current generating sets (13) has multi-channel parallel output; One the tunnel externally exports; One the road is connected to the voltage input end of transformer (7); And have multichannel output to be connected to the ac input end of each charger, and the output terminal of charger is connected respectively to the input end of storage battery and an end of switch, and the control end of switch is connected to computerized control system (5); The other end parallel connection of switch is input to the input end of inverter (6); The output terminal of inverter (6) is connected to the other end input of transformer (7), and the output terminal of transformer (7) is connected to the input end of speed regulator (8), and the output terminal of speed regulator (8) is connected to the power input of ensilage dump blower.
2. according to claims 1 described aerodynamic force electricity generating device, it is characterized in that said mechanical part has ground and two kinds of mounting types of groove; The mechanical part of floor mounted mode comprises air duct (11), generator support (12) and ensilage dump blower (9) composition; Alternating current generating sets (13) is installed on the generator support (12); Strong wind impeller (14) is installed in the top of air duct (11), and high-power blower (9) is installed in the bottom of air duct (11), and high-power blower (9) diameter is consistent with air duct (11) base diameter; Air duct (11) top is square, and consistent with the blade area of strong wind impeller (14); The mechanical part of said groove mounting type includes one-level and drives ensilage dump blower (26), underground sealing air chute (25), air outlet slit hermetically sealed case (30), secondary drive ensilage dump blower (23); Strong wind impeller (14) is installed in the ground lower groove (24); The below of strong wind impeller (14) is provided with underground sealing air chute (25); One-level drives ensilage dump blower (26) and installs on the ground and be positioned at strong wind impeller (14) one sides; Secondary drive ensilage dump blower (23) is installed in the ground lower groove (24) and is positioned at the opposite side of strong wind impeller (14), and its top is provided with the air outlet slit hermetically sealed case (30) that is enclosed within on the strong wind impeller (14).
3. according to claims 2 described aerodynamic force electricity generating devices, it is characterized in that said air duct (11) is truncated cone shape, high 12 meters, the bottom diameter is 3 meters, and the top is square.
4. according to claims 2 described aerodynamic force electricity generating devices, it is characterized in that dark 10 meters of said ground lower groove (24); 0.8 meter～1 meter of furrow width; Long 15 meters of ditch, groove one side is provided with the channel inlet (21) of a 1.5m * 1.5m, and inlet porting step (22).
5. according to claims 2 described aerodynamic force electricity generating devices, it is characterized in that it is the motor of 55KW that said one-level driving ensilage dump blower (26) and secondary drive ensilage dump blower (23) are all selected power for use.
6. according to claims 1 described aerodynamic force electricity generating device, it is characterized in that said alternating current generating sets (13) is selected the variable speed alternator of 5000KW for use.
7. according to claims 2 described aerodynamic force electricity generating devices, it is characterized in that it is the AC electric motor with adjustable speed of 100kW that said ensilage dump blower (9) is selected power for use.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102244815A CN102720642A (en) | 2012-06-29 | 2012-06-29 | Aerodynamic power generation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102244815A CN102720642A (en) | 2012-06-29 | 2012-06-29 | Aerodynamic power generation device |
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| Publication Number | Publication Date |
|---|---|
| CN102720642A true CN102720642A (en) | 2012-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012102244815A Pending CN102720642A (en) | 2012-06-29 | 2012-06-29 | Aerodynamic power generation device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104314773A (en) * | 2014-10-14 | 2015-01-28 | 湖南唯罗克纺织印染机械有限公司 | Torque output device |
| CN104929870A (en) * | 2015-06-25 | 2015-09-23 | 湖南唯罗克纺织印染机械有限公司 | Torque output device |
-
2012
- 2012-06-29 CN CN2012102244815A patent/CN102720642A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104314773A (en) * | 2014-10-14 | 2015-01-28 | 湖南唯罗克纺织印染机械有限公司 | Torque output device |
| CN104929870A (en) * | 2015-06-25 | 2015-09-23 | 湖南唯罗克纺织印染机械有限公司 | Torque output device |
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Application publication date: 20121010 |