CN102785577A - Electric automobile system driven by wind power generation - Google Patents
Electric automobile system driven by wind power generation Download PDFInfo
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- CN102785577A CN102785577A CN2011101258962A CN201110125896A CN102785577A CN 102785577 A CN102785577 A CN 102785577A CN 2011101258962 A CN2011101258962 A CN 2011101258962A CN 201110125896 A CN201110125896 A CN 201110125896A CN 102785577 A CN102785577 A CN 102785577A
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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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
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Abstract
The invention provides a method for collecting, guiding, comprehensively compressing and centrally expanding wind power resources in physical mode, a method for conducting wind power generation to drive an electric automobile to run by using the expanded wind power resources and steps for implementing the methods. The electric automobile utilizes a self-contained battery pack to drive the electric automobile to run, generated wind power is collected, compressed and expanded through a wind power wind collector, the compressed and expanded wind power is transferred to wind power airing vanes through an air channel, the wind power airing vanes are installed on a rotor of a wind power generator and are coaxial with the rotor of the wind power generator, and the wind power airing vanes rotate under driving of wind power kinetic energy and drive the rotor of the wind power generator to generate electricity. Power generated by the wind power generator is distributed through a power collecting and distributing device. When power does not achieve the running power driving the electric automobile to run, the power collecting and distributing device is used for charging the battery pack driving the electric automobile, and the battery pack drives the automobile to run. When power generated by the wind power generator achieves power driving the electric automobile to run, the power collecting and distributing device is used for switching power supply of the battery pack, and the wind power generator is directly utilized to drive the electric automobile to run.
Description
Technical field
The present invention relates to a kind of new-energy automobile, particularly be the electric vehicle system that a kind of wind-power electricity generation drives.Comprise battery-driven car car load device, wind-force wind collecting unit device, air-duct apparatus, wind-force go for a drive blading, wind generator device, the collecting and distributing distribution device of electric power, battery apparatus, drive motor means etc.
Background technology
Oil price climbs up and up in recent years, and the greenhouse gases effect that motor vehicle exhaust emission causes makes global air temperature warming, environmental pollution serious day by day.
In order to solve a series of problems such as energy scarcity, environmental pollution, the vehicle that people have invented many energy-saving and environmental protection attempt to substitute the automobile of burns gasoline, diesel oil.Natural gas-powered car, hydrogen fuel car, methanol fuel car, fuel-cell vehicle, solar automobile, dual-fuel vehicle and battery-driven car etc. are wherein arranged.Make a general survey of above vehicle, with regard to its performance and overall target, most possible thoroughly replace " combustion engine " of battery-driven car is as new transportation vehicles.Countries in the world government and non-government organization have all dropped into great amount of manpower and the various types of battery-driven cars of material resources research and development at present.Wherein automobile superpowers such as the U.S., Japan, Germany are relatively maintaining the leading position aspect the research and development battery-driven car.Chinese Government has started the great special engineering of " 863 " electronlmobil in calendar year 2001, promoted the research and development level of Chinese electronlmobil and the industrialization process of electronlmobil greatly.
But the bottleneck of battery-driven car---battery seriously hampers the development of battery-driven car all the time.Can use 4 years though pioneer's hybrid-power electric vehicle that Japanese Toyota Company releases is known as their lithium ion battery, the actual useful year of battery depends on user's method of application fully.The best approach that prolongs battery service life is the batch (-type) discharge of battery rather than the continuous schedule discharge of battery.How can accomplish to let the battery batch (-type) discharge, can guarantee the safety traffic that battery-driven car power is pure the service life that promptly can prolong battery again.This is battery-driven car development key place, and the prerequisite that is electric vehicle industrialization is again the basic part that battery-driven car reduces use cost.Have only prolonged the service life of battery, the use cost of battery-driven car just has with the competitive power of traditional fuel-engined vehicle use cost, can replace the consumer field that traditional fuel-engined vehicle gets into the main flow automobile.
The present invention proposes to such problem; Its purpose is for battery-driven car a kind of wind generator system to be provided; This system is after electric vehicle running is got up; The wind energy that relies on electric vehicle running speed to produce is generated electricity, and the electric power that this wind generator system sends charges for the battery pack of drive electric vehicle running through the collecting and distributing distribution device of electric power when not reaching the power of drive electric vehicle running.The power supply of switching battery pack through the collecting and distributing distribution device of electric power when the electric power that sends when wind generator system reaches the power of drive electric vehicle running is by wind generator system direct drive electric vehicle running.Reached the running condition that changes battery pack, reached the purpose that makes the discharge of battery pack batch (-type) with this.The electric power that while aerogenerator self sends can also the direct drive electric vehicle running.The present invention promptly can be used for battery-driven car, also can be used for the automobile of fuel oil, combustion gas and other driven by energy.
Summary of the invention
For solving the Universal Problems of energy scarcity, environmental pollution, make full use of natural energy and change into the purpose that electric energy drives battery-driven car.The invention provides a kind of the installation and the method for the battery-driven car that the use wind generator system drives and the concrete steps of this method of enforcement.
This system comprises battery-driven car car load device, wind-force wind collecting unit device, air-duct apparatus, wind-force that wind-power electricity generation drives go for a drive blading, wind generator device, the collecting and distributing distribution device of electric power, battery apparatus, drive motor means etc.
The invention provides a kind of physics mode that utilizes collects wind resource guiding, comprehensively compression, concentrates the method that enlarges and use through concentrating the wind resource that has enlarged to carry out the method that wind-power electricity generation comes drive electric vehicle running; After the battery driven electric vehicle running that the battery-driven car utilization is provided for oneself; The wind-force that produces is because the preceding area broad of automobile is big; Utilize the big characteristics of area before the automobile, installed one rectangular prosopyle be big, the back is young have certain depth the wind-force wind collecting unit of horn shape.Through the wind-force wind collecting unit wind-force of collecting is compressed, purpose is to enlarge the kinetic energy of wind-force.Collect guiding, compression comprehensively through wind-force wind collecting unit device; Concentrate to enlarge, the wind-force that will compress, enlarge through air-duct apparatus again is transmitted to the wind-force vane group of going for a drive, and the wind-force vane group of going for a drive is installed on the wind power generator rotor; Coaxial with wind power generator rotor; Under the promotion of wind-force kinetic energy, go for a drive vane group rotation of wind-force drives the wind power generator rotor rotary electrification.
The electric power that aerogenerator sends carries out electric power distribution through the collecting and distributing distribution device of electric power; When electric power when not reaching the power of drive electric vehicle running; Charge for the battery pack of electronlmobil through the collecting and distributing distribution device of electric power, by the battery driven electric vehicle running.The power supply of when electric power reaches the power that drives electric automobile during traveling, switching battery pack through the collecting and distributing distribution device of electric power directly drives electric automobile during traveling by aerogenerator.Another function of the collecting and distributing distribution device of electric power is regulated electric current, voltage that aerogenerator sends electric power exactly simultaneously, guarantees to offer the stability of drive motor power supply.The method of application that changes battery pack, the purpose that makes the battery pack intermittent discharge, the said electric automobile during traveling of electric power direct drive that can rely on aerogenerator self to send have again simultaneously promptly been reached with this.
Described wind-force wind collecting unit device is a device that is installed in a kind of rectangular preceding big, the back little band at the front panel place that is positioned under the battery-driven car Windshield by the horn shape of certain depth (length).This horn body device is a rectangular up big and down small rectangular cone-shaped cavity.The big mouth of loudspeaker that it is characterized in that the wind-force wind collecting unit is installed in battery-driven car front panel place.Big mouthful of wind resource that the electronlmobil running velocity is produced of loudspeaker collects, and enters into the loudspeaker osculum through certain degree of depth (length), changed the speed and the flow of wind-force through this large and small difference of exit skirt and certain degree of depth (length).Make to have obtained enlarging and strengthening that its wind speed is far longer than the wind-force initial velocity of big mouthful of loudspeaker in the wind-force speed of loudspeaker osculum and flow.Even if also can access big as far as possible wind resource generating when battery-driven car operates in than low velocity like this, the electric power resource of generation is batteries charging or drives going of electronlmobil.
Said air-duct apparatus is a connection loudspeaker osculum to the wind-force wind-force conduction device in front of the blading that goes for a drive.The inlet size that it is characterized in that the air channel is with the big or small identical of said wind-force wind collecting unit loudspeaker osculum and interconnect.The outlet in air channel is in the go for a drive front of blade of wind-force.The size of the outlet in air channel according to wind-force go for a drive blade form and decide.Use the wind-force of (form one) blade that goes for a drive, the size of ducting outlet is slightly larger than and the bowl-shape similar blade that goes for a drive.Use the wind-force of (form two) blade that goes for a drive, the vane group of going for a drive of the size of ducting outlet and fan shape big or small identical.Wind resource in the said wind-force blade that goes for a drive, makes the wind-force blade rotation of going for a drive through the air channel conduction, rotates generating thereby drive wind power generator rotor.
The device that go for a drive that can with aerogenerator rotor freely rotate coaxial that said wind-force goes for a drive that blading is made up of a plurality of blades with wind power generator rotor.It is characterized in that the go for a drive blade (form one) of blading of wind-force is half metal object that the hollow ball-shape metal object cuts along the center---with bowl-shape similar; It is identical with wind power generator rotor to be vertically connected on an internal diameter by the center-point of a plurality of similar bowl-shape blade edges, on the blade rack of external diameter greater than the circle of wind power generator rotor.(form two) wind-force blade that goes for a drive is to be similar to big on one side, the little curved surface bucket on one side of the fitfull of electric fan blade.It is identical with wind power generator rotor to be connected an internal diameter at an angle by the little limit of a plurality of such blades, on the blade rack of external diameter greater than the circle of wind power generator rotor.The go for a drive material of vane group device of wind-force can be that metallo-also can be an other materials.
Said wind generator device is decided according to the driving motor that drives battery-driven car.It is characterized in that described aerogenerator is the electrical generator of high-power a, small size, the watt level of selection is decided according to the drive motor size.The installation form of said aerogenerator promptly can be perpendicular to car body, install along axis direction, and what install and use along axis direction is that blade goes for a drive for (form one) of similar bowl-shape blade.Also can be to be parallel to car body, to install along the horizon direction, along continuous straight runs is installed and used be that blade goes for a drive for (form two) of similar electric fan blade.Concrete installation form is decided according to the size of battery-driven car and the situation of installing space.
The collecting and distributing distribution device of said electric power is one can distribute the electric power resource actv. that said aerogenerator sends the device of exporting with stabilized power source.It is characterized in that the collecting and distributing distribution device of said electric power is made up of electronic switching circuit, when said aerogenerator institute electricity power did not reach the power that drives electric automobile during traveling, switch circuit was in on-state.The battery of said aerogenerator institute's electricity supply battery pack and supply vehicular electrical appliance charges.By battery pack the driven by power electric vehicle running is provided.When said aerogenerator institute electricity power reached the power that drives electric automobile during traveling, switch circuit was in closure state, and the collecting and distributing distribution device of the electric power power supply of switching battery pack at this moment directly drives electric automobile during traveling by aerogenerator.Another effect of the collecting and distributing distribution device of electric power is regulated electric current, voltage stability that aerogenerator sends electric power exactly simultaneously, guarantees the stability of out-put supply.
The electric vehicle system that described wind-power electricity generation drives can be widely used in elec. vehicle fuel oil, combustion gas and other driven by energy, that hybrid power drives.The driving vehicle that it is characterized in that other driven by energy utilizes after self driven by energy vehicle.Through the wind-force wind collecting unit wind-force of collecting is compressed.Through the air channel wind-force is transmitted to the wind-force blade that goes for a drive again.Under the promotion of wind-force kinetic energy, go for a drive blade rotation of wind-force drives the wind power generator rotor rotary electrification.The electric power that aerogenerator sends carries out the electric power distribution arrangement through the collecting and distributing distribution device of electric power; When electric power when not reaching the energy that drives electric automobile during traveling, through the collecting and distributing distribution device of said electric power give said vehicle battery pack charge and the battery of supplying with vehicular electrical appliance charges.The power supply of when electric power reaches the energy that powered vehicle goes, switching battery pack through the collecting and distributing distribution device of electric power directly drives electric automobile during traveling by aerogenerator.
Brief description of drawings
Fig. 1 is the lateral plan of wind powered generator system form one
Fig. 2 is the lateral plan of wind powered generator system form two
Fig. 3-the 1st, the front elevation of the collecting and distributing device of wind-force of wind powered generator system
Fig. 3-the 2nd, the cross-sectional side view of the collecting and distributing device of wind-force of wind powered generator system
Fig. 4-the 1st, the block diagram in the air channel of wind powered generator system
Fig. 4-the 2nd, the front cross sectional view in the air channel of wind powered generator system
Fig. 5 is the go for a drive birds-eye view of vane group of the wind-force of wind powered generator system
The go for a drive cross-sectional side view of blade 1 of Fig. 6-the 1st, the wind-force of wind powered generator system
The go for a drive block diagram of blade of Fig. 6-the 2nd, the wind-force of wind powered generator system
Fig. 7 is the go for a drive front elevation of the another kind of blade 2 of blade of the wind-force of wind powered generator system
Fig. 8 is the go for a drive front elevation of sheet array configuration 1 of aerogenerator and the aerogenerator of wind powered generator system
Fig. 9 is the go for a drive front elevation of sheet array configuration 2 of aerogenerator and the aerogenerator of wind powered generator system
Figure 10 is the logical diagram of the collecting and distributing distribution device of electric power
Embodiment
Fig. 1 is the lateral plan of wind powered generator system form one; Mainly comprised wind-force wind collecting unit device 15; Air-duct apparatus 20, the wind-force blading 33 that goes for a drive, wind generator device 31; Big mouthful 10 wind resource that the battery-driven car running velocity is produced of the loudspeaker of wind-force wind collecting unit 15 collects; Import loudspeaker osculum 11 through certain degree of depth (length) 12, compress, changed the speed and the flow of wind-force through this difference of big by 10, little 11 of exit skirt and certain 12 pairs of wind-force of collecting of the degree of depth (length).Make to have obtained enlarging and strengthening that its wind speed is far longer than the wind-force initial velocity of big mouthful 10 on loudspeaker in the wind-force speed of loudspeaker osculum 11 and flow.One end in air channel 20 is inlets 21, the profile of inlet 21 profile, size and said wind-force wind collecting unit 15 loudspeaker osculums, big or small identical, the oblong cavity that can interconnect.The other end in air channel 20 be the outlet 22, the size of the outlet 22 in air channel 20 according to wind-force go for a drive blade 33 form and decide.Use the wind-force of (form one) blade 33 that goes for a drive, the size of air channel 20 outlets 22 is with similar with the bowl-shape similar blade 33 that goes for a drive.Be installed in the go for a drive front of blade 33 of wind-force.Use the wind-force of (form two) blade 33 that goes for a drive, the size of air channel 20 outlets 22 is big or small similar with the vane group 33 of going for a drive of fan shape.Be installed in the go for a drive front of vane group 33 of wind-force.。Wind resource, rotates the wind-force blade 33 that goes for a drive, thereby drives the generating of aerogenerator 31 rotor rotation in the said wind-force blade 33 that goes for a drive through air channel 20 conductions.The effect in air channel 20 is will wind-force be transmitted to the wind-force blade 33 that goes for a drive, and guarantees to reduce the waste of wind resource again as far as possible.
Fig. 2 is the lateral plan of wind powered generator system form two, has mainly comprised wind-force wind collecting unit device 15, air-duct apparatus 20, the wind-force blading 33 that goes for a drive, wind generator device 31.
Fig. 3-the 1st, the front elevation of the collecting and distributing device of wind-force of wind powered generator system.The cross sectional drawing of the collecting and distributing device of Fig. 3-2 wind-force side.After the battery driven electric vehicle running that the said battery-driven car utilization that the wind generator system driving has been installed is provided for oneself, the moving velocity of battery-driven car has produced wind.Because the area broad is big before the automobile, utilize the preceding roomy characteristics of area of automobile, wind-force wind collecting unit 15 is installed in the front panel place that is positioned under the battery-driven car Windshield.Wind-force wind collecting unit 15 is that a kind of rectangular prosopyle 10 is big, and deutostoma 11 is little, and band is by the device of the bell-mouthed collection wind-force of certain depth (length) 12.This horn body device is a rectangular up big and down small rectangular cone-shaped cavity.Big mouthful 10 wind resource that the battery-driven car running velocity is produced of loudspeaker that it is characterized in that the wind-force wind collecting unit collects; Enter into loudspeaker osculum 11 through certain degree of depth (length) 12, changed the speed and the flow of wind-force through this difference of big by 10, little 11 of exit skirt and certain degree of depth (length) 12.Make to have obtained enlarging and strengthening that its wind speed is far longer than the wind-force initial velocity of big mouthful 10 on loudspeaker in the wind-force speed of loudspeaker osculum 11 and flow.The effect of wind-force wind collecting unit 15 is speed and the flows that enlarge and strengthen wind-force.
Fig. 4-the 1st, the block diagram of aerogenerator air-duct apparatus.Fig. 4-the 2nd, the cross-sectional side view of aerogenerator air-duct apparatus.Air channel 20 is inlet 21 direct connection loudspeaker osculums 11, and outlet 22 is to the go for a drive wind-force conduction device of blading front of wind-force.The size that it is characterized in that air channel inlet 21 is with the big or small identical of said wind-force wind collecting unit loudspeaker osculum 11 and interconnect.The outlet 22 in air channel is in the go for a drive front of blade 33 of wind-force.The size of the outlet 22 in air channel according to wind-force go for a drive blade 33 form and decide.Use the wind-force of (form one) blade 33 that goes for a drive, the size of ducting outlet 22 is slightly larger than and the bowl-shape similar blade 33 that goes for a drive.Use the wind-force of (form two) blade 33 that goes for a drive, the vane group of going for a drive of the size of ducting outlet 22 and fan shape big or small identical.Wind resource directly acts on the said wind-force blade 33 that goes for a drive through air channel 20, and the wind-force blade 33 that goes for a drive is rotated, thereby drives rotor 32 generatings of aerogenerator.
Fig. 5 is the go for a drive birds-eye view of vane group (shape one) of the wind-force of wind powered generator system.The wind-force of wind powered generator system coaxial that blade 33 devices are made up of a plurality of blades of going for a drive with wind power generator rotor 32, the device that goes for a drive that can rotate with aerogenerator rotor 32.
The go for a drive side cross sectional drawing of blade (shape one) of Fig. 6-the 1st, the wind-force of wind powered generator system.The go for a drive block diagram of blade (shape one) of Fig. 6-the 2nd, the wind-force of wind powered generator system.It is characterized in that wind-force blade 33 half object that to be hollow ball-shape objects cut along the center that goes for a drive, with bowl-shape similar.It is identical with wind power generator rotor 32 to be vertically connected on an internal diameter by the center-point at a plurality of similar bowl-shape blade 33 edges, on the blade rack 34 of external diameter greater than the circle of wind power generator rotor 32.
Fig. 7 is the go for a drive front elevation of vane group (shape two) of the wind-force of wind powered generator system, is to be similar to big, the little curved surface bucket 33 on one side of the fitfull of electric fan blade on one side.It is identical with wind power generator rotor 32 to be connected an internal diameter at an angle by the little limit of a plurality of such blades 33, on the blade rack 34 of external diameter greater than the circle of wind power generator rotor 32.
Fig. 8 is the go for a drive lateral plan of sheet combination (shape one) of aerogenerator and the aerogenerator of wind powered generator system.Aerogenerator 31 is perpendicular to electronic car body, be installed on the battery-driven car along axis direction.Wind-force through wind-force wind collecting unit 15 compression after osculum 11 is transmitted to the aerogenerator blade 33 that goes for a drive by air channel 20, the size of ducting outlet 22 blade 33 that is slightly larger than and goes for a drive.The kinetic energy of wind-force promotes the wind-force blade 33 that goes for a drive and rotates, and the blade 33 that goes for a drive is coaxial with wind power generator rotor 32, and drive wind power generator rotor 32 rotates simultaneously, has reached the purpose of wind-power electricity generation.
Fig. 9 is the go for a drive lateral plan of sheet combination (shape two) of aerogenerator and the aerogenerator of wind powered generator system.Aerogenerator 31 is parallel to electronic car body, along continuous straight runs is installed on the battery-driven car.After osculum 11 is transmitted to the aerogenerator blade 33 that goes for a drive by air channel 20, the size of ducting outlet 22 is slightly less than big or small identical with the vane group of going for a drive to wind-force through wind-force wind collecting unit 15 compression.The kinetic energy of wind-force promotes the wind-force blade 33 that goes for a drive and rotates, and the blade 33 that goes for a drive is coaxial with wind power generator rotor 32, and the blade 33 rotation wind power generator rotors 32 that go for a drive rotate simultaneously, have reached the purpose of wind-power electricity generation.
Figure 10 is the logical diagram of the collecting and distributing distribution device of electric power.The electric power that said aerogenerator sends carries out electric power distribution arrangement and stabilized power source output through the collecting and distributing distribution device of said electric power; When electric power when not reaching the energy of drive electric vehicle running; The collecting and distributing distribution device of electric power charges when connecting 0 state, for the battery pack of said electronlmobil and offers the battery charge of vehicular electrical appliance, by the battery driven electric vehicle running.When electric power reached the energy that drives electric automobile during traveling, the collecting and distributing distribution device of said electric power switched the power supply of falling battery pack when closed 1 state, directly drive electric automobile during traveling by aerogenerator.So promptly reached the method for application that changes battery pack, the purpose that makes the battery intermittent discharge, simultaneously again can the direct drive electric automobile during traveling.
Industrial applicibility
The present invention can be widely used in the various vehicle.
Claims (8)
1. the electric vehicle system that drives of wind-power electricity generation;
The invention provides a kind of physics mode that utilizes collects wind resource guiding, comprehensively compression, concentrates the method that enlarges and use through concentrating the wind resource that has enlarged to carry out the method that wind-power electricity generation comes drive electric vehicle running; After the battery driven electric vehicle running that the battery-driven car utilization is provided for oneself, the wind-force of generation is collected guiding, compression comprehensively through wind-force wind collecting unit device, concentrates to enlarge; The wind-force that will compress, enlarge through air-duct apparatus again is transmitted to the wind-force vane group of going for a drive; The wind-force vane group of going for a drive is installed on the wind power generator rotor, and is coaxial with wind power generator rotor, under the promotion of wind-force kinetic energy; Go for a drive vane group rotation of wind-force; Drive the wind power generator rotor rotary electrification, the electric power that aerogenerator sends distributes through the collecting and distributing distribution device of electric power, when the power of wind turbine power generation does not reach the power that drives electric automobile during traveling; The electric power that aerogenerator sends is given batteries charging; The battery driven electric vehicle running of providing for oneself by electronlmobil, when the power of wind turbine power generation reaches the power that drives electric automobile during traveling, the power supply of switching battery pack through the collecting and distributing distribution device of electric power; Directly drive electric automobile during traveling by wind turbine power generation, whole battery-driven car operational process is so reciprocal.
2. the electric vehicle system that drives of wind-power electricity generation;
This system comprises the go for a drive drive motor means of vane group device, wind generator device, the collecting and distributing distribution device of electric power, battery apparatus, drive electric vehicle running of battery-driven car car load device, wind-force wind collecting unit device, air channel guiding device, wind-force.
3. like claim 1 and 2 described wind-force wind collecting unit devices;
It is characterized in that this device is mounted in the device of a kind of horn-like cone-shaped cavity at battery-driven car front panel place; Trumpet-shaped cone-shaped cavity can be circular, oval-shaped, square or other shapes, and trumpet-shaped cone-shaped cavity is pre-large post-small and have certain degree of depth.
4. like claim 2 and 3 described air channel guiding devices;
It is characterized in that the air channel guiding device is a connection loudspeaker osculum near the wind-force wind-force conduction device the vane group that goes for a drive; An end that it is characterized in that the air channel guiding device is an inlet; The profile of inlet, size and the profile of said wind-force wind collecting unit loudspeaker osculum, size are identical, and interconnect, and the other end of air channel guiding device is to export; The size power of following the wind the big or small identical of vane group of going for a drive of outlet is installed in the go for a drive front of vane group of wind-force.
5. the wind-force as claimed in claim 2 vane group device that goes for a drive;
It is characterized in that the wind-force vane group device that goes for a drive is installed in the device that goes for a drive on the wind power generator rotor, that can freely rotate with the wind-driven generator rotor by what a plurality of blades were formed; Wind-force vane group (form one) half hollow body that to be the hollow ball-shape object cut along the center that goes for a drive---with bowl-shape similar; It is identical with wind power generator rotor to be connected an internal diameter by the edge-perpendicular of a plurality of similar bowl-shape blades; On the blade rack that goes for a drive of external diameter greater than the circle of wind power generator rotor; The wind-force vane group (form two) of going for a drive is to be similar to big, the little blade on one side in one side of irregular curved surface of electric fan blade; By the little limit of a plurality of such blades horizontal at an angle to be connected an internal diameter identical with wind power generator rotor; On the blade rack that goes for a drive of external diameter greater than the circle of wind power generator rotor, wind-force go for a drive the material of vane group device can be metal also can be other materials.
6. wind generator device as claimed in claim 2;
It is characterized in that described aerogenerator is an electrical generator that power is big, volume is little; The installation form of said aerogenerator promptly can also can be parallel to electronic car body, install along the horizon direction perpendicular to electronic car body, along the axis direction installation.
7. the collecting and distributing distribution device of electric power as claimed in claim 2;
It is characterized in that the collecting and distributing distribution device of said electric power is made up of electronic switching circuit; When said aerogenerator institute electricity does not reach the power of drive electric vehicle running; Switch circuit is in on-state; When power that said aerogenerator is sent out reached the power of drive electric vehicle running, switch circuit was in closure state.
8. the electric vehicle system that drives like claim 1 and 2 described wind-power electricity generations
It is characterized in that this system can also be widely used in the vehicle of fuel oil, combustion gas and other driven by energy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101258962A CN102785577A (en) | 2011-05-16 | 2011-05-16 | Electric automobile system driven by wind power generation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101258962A CN102785577A (en) | 2011-05-16 | 2011-05-16 | Electric automobile system driven by wind power generation |
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| CN102785577A true CN102785577A (en) | 2012-11-21 |
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| CN2011101258962A Pending CN102785577A (en) | 2011-05-16 | 2011-05-16 | Electric automobile system driven by wind power generation |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104691345A (en) * | 2015-02-16 | 2015-06-10 | 重庆工业职业技术学院 | Vehicle-mounted wind power recovery generating device |
| CN109305027A (en) * | 2018-11-28 | 2019-02-05 | 王德恒 | A kind of hybrid-power electric vehicle being driven by electricity |
| CN110803016A (en) * | 2018-08-04 | 2020-02-18 | 岳克森 | Air energy power generation and cooling system of electric automobile |
-
2011
- 2011-05-16 CN CN2011101258962A patent/CN102785577A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104691345A (en) * | 2015-02-16 | 2015-06-10 | 重庆工业职业技术学院 | Vehicle-mounted wind power recovery generating device |
| CN110803016A (en) * | 2018-08-04 | 2020-02-18 | 岳克森 | Air energy power generation and cooling system of electric automobile |
| CN109305027A (en) * | 2018-11-28 | 2019-02-05 | 王德恒 | A kind of hybrid-power electric vehicle being driven by electricity |
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Application publication date: 20121121 |