CN204190673U - The removable photovoltaic generating system in hillside - Google Patents
The removable photovoltaic generating system in hillside Download PDFInfo
- Publication number
- CN204190673U CN204190673U CN201420720303.6U CN201420720303U CN204190673U CN 204190673 U CN204190673 U CN 204190673U CN 201420720303 U CN201420720303 U CN 201420720303U CN 204190673 U CN204190673 U CN 204190673U
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- China
- Prior art keywords
- photovoltaic cell
- cell parts
- hillside
- generating system
- removable
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- Expired - Fee Related
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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
- Y02E10/50—Photovoltaic [PV] energy
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- Photovoltaic Devices (AREA)
Abstract
The removable photovoltaic generating system in hillside, comprises chassis, upper and lower wheels assembly, pedestal, photovoltaic cell parts, electrical connection interface with extraneous, computer controlled automatic device, communication module and watch-dog; Photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device, when it is characterized in that the removable photovoltaic generating system in described hillside moves on the upper and lower planar movement interface of described full curve, and the normal consecutive variations of described photovoltaic cell parts; And described photovoltaic cell parts normal excursion in whole or in part with at least some day solar irradiation firing angle excursion corresponding.The beneficial effects of the utility model comprise: the landform in southern side, hillside can be utilized to suit measures to local conditions to arrange that large-area photovoltaic cell parts form the removable photovoltaic generating system in hillside, and omitting a lot of facility parts and control thereof and energy consumption, the removable photovoltaic generating system in separate unit hillside can be increased to 200 square metres and 2000 kilograms easily.
Description
Technical field
The utility model relates to the removable photovoltaic generating system in hillside.
Background technology
Chinese patent application 2013208935107, disclose the removable photovoltaic generating system of a kind of farmland base of the rail, comprise photovoltaic battery panel, the chassis of two skate group assemblies be installed, solar tracking device, computer controlled automatic device, communication module, watch-dog, the electric pole arranged together with the rail of field and other power line of stand, and the removable electric linkage interface that power line of being stood in the output interface of photovoltaic battery panel or inverter and side is electrically connected; Wheels assembly comprises containing one with the wheels of upper roller, wheels drive unit and wheels steering control device
But it follows the tracks of sunlight needs special solar light irradiation angle tracking unit.
Summary of the invention
The purpose of this utility model to provide hillside removable photovoltaic generating system.
The utility model can do like this: attach most importance to and arrange with the southern side that sunlight side comprises the Northern Hemisphere of meeting on hillside one group of upper and lower planar movement interface of two full curves that angle of circumference scope is more than 20 degree, described planar movement interface comprises track and road surface; Described planar movement interface is run the removable photovoltaic generating system in hillside and automatic cultivating apparatus; Hillside removable photovoltaic generating system running status Optimization control requires to include: 1) output of the removable photovoltaic generating system in hillside is positioned at a high position and the removable photovoltaic generating system tracking solar illumination angle of efficiency curve; 2) what make the removable photovoltaic generating system in hillside block hillside crops affects minimization, and comprising with minimum dimension scope is 1 meter of removable photovoltaic generating system in the hillside that moves around;
Manufacture a removable photovoltaic generating system in hillside, comprise chassis, be arranged on chassis and the upper and lower wheels assembly be connected respectively with one group two the full curve upper and lower planar movement interfaces in southern side, hillside, the pedestal of the photovoltaic cell parts be arranged on chassis, the photovoltaic cell parts be arranged on pedestal, electrical connection interface with extraneous, computer controlled automatic device, communication module and watch-dog; Photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device;
Upper and lower wheels assembly comprises wheels and wheels drive unit respectively; Described wheels assembly, pedestal, photovoltaic cell parts, electrical connection interface with extraneous, communication module and watch-dog are connected with main control computer signal by respective interface circuit, make the state of described wheels assembly and photovoltaic cell parts change according to the dependent instruction of main control computer and change;
Make one, full curve upper and lower planar movement interface high, one lowly to build with regard to hillside is domatic; A hillside can arrange many group upper and lower planar movement interfaces of full curve from top to bottom; The removable photovoltaic generating system in multiple hillside can be run in one group of full curve upper and lower planar movement interface;
The curve at the upper and lower planar movement interface of described full curve with iso-curvature radius arc for ideal; The upper and lower planar movement interface of described full curve is desirable with integral level inclination angle close to zero.
The utility model realizes the technical scheme of its object: manufacture a removable photovoltaic generating system in hillside, comprise chassis, be arranged on chassis and the upper and lower wheels assembly be connected respectively with one group two the full curve upper and lower planar movement interfaces on hillside, the pedestal of the photovoltaic cell parts be arranged on chassis, the photovoltaic cell parts be arranged on pedestal, electrical connection interface with extraneous, computer controlled automatic device, communication module and watch-dog; Upper and lower wheels assembly comprises wheels and wheels drive unit respectively; Photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device; Described wheels assembly, pedestal, photovoltaic cell parts, electrical connection interface with extraneous, communication module and watch-dog are connected with main control computer signal by interface circuit, the state of described wheels assembly and photovoltaic cell parts is changed according to the dependent instruction change of main control computer, and when making the removable photovoltaic generating system in described hillside move on the upper and lower planar movement interface of described full curve, the normal consecutive variations of described photovoltaic cell parts; And described photovoltaic cell parts normal excursion in whole or in part with at least some day solar irradiation firing angle excursion corresponding.
The highest point of the photovoltaic cell parts of photovoltaic generating system can also be made to exceed its lowest part more than 1 meter.
Can also make between described photovoltaic cell parts adjacent at least partly containing the printing opacity space of width more than 60 millimeters.
Can also adopt pedestal, more than the two pieces multi-track lattice plates be connected with pedestal and photovoltaic cell parts, described photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device, and make translation gliding track on described multi-track lattice plate; Described photovoltaic cell parts comprise the removable photovoltaic cell parts of more than fixing and, and described removable photovoltaic cell parts are connected with two, both sides translation gliding track by the roller on both sides simultaneously; Connect at more than one cable in the top of removable photovoltaic cell parts; The other end of cable is connected with a cable undinding and rewinding drum; Cable undinding and rewinding drum is connected with pedestal; Make cable undinding and rewinding drum be sling by removable photovoltaic cell parts making it being arranged in be in above fixing photovoltaic battery component along the neighbouring layout of described translation gliding track and accept sunlight state comprehensively: or make cable undinding and rewinding drum be put down by removable photovoltaic cell parts making it to be stacked in the lower end of each translation gliding track being in before and after fixing photovoltaic battery component and reduce wind area state.
Can also adopt a twisted and released of the cable reel of synchronousing working with cable undinding and rewinding drum, cable undinding and rewinding drum is electrically connected with photovoltaic cell parts and inverter respectively.
Described chassis can also be made to contain some robots linkage interface.
The beneficial effects of the utility model comprise: the landform in southern side, hillside can be utilized to suit measures to local conditions to arrange that large-area photovoltaic cell parts form the removable photovoltaic generating system in hillside, namely the tracking to solar irradiation firing angle can be realized by the change position of removable photovoltaic generating system on the upper and lower planar movement interface of the full curve on hillside, hillside, and omit a lot of facility parts and control thereof and energy consumption, the photovoltaic cell part side sum weight of the removable photovoltaic generating system in separate unit hillside also can be increased to more than more than 200 square metres and 2000 kilograms easily.Chassis being arranged, the sowing pouring fertilising of can implementing to plough of agricultural profession manipulator is plucked and excavated harvesting and save and manually raise the efficiency, on chassis, arrange that construction machine hand can be implemented civil engineering transformation dam, buildings on the hillside field and level land and increase farmland output.
Further illustrate below in conjunction with accompanying drawing.
Fig. 1 be a removable photovoltaic generating system in hillside be connected with the upper and lower planar movement interface on hillside face structural representation.
Fig. 2 is the upper TV structure schematic diagram that a removable photovoltaic generating system in hillside is connected with the upper and lower planar movement interface on hillside.
Fig. 3 be one comprise that wheels assembly is connected with the upper and lower planar movement interface on hillside face structural representation.
Fig. 4 be one comprise that the removable photovoltaic generating system in hillside is connected with foundation pile face structural representation.
Fig. 5 a is a structural representation reducing the dull and stereotyped hillside of wind-engaging removable photovoltaic generating system multi-track lattice plate.
Fig. 5 b is a side-looking structural representation reducing that the removable photovoltaic generating system in the dull and stereotyped hillside of wind-engaging is in reduction wind area state.
Fig. 5 c is that a removable photovoltaic generating system in the dull and stereotyped hillside of reduction wind-engaging is in the side-looking structural representation comprehensively accepting sunlight state.
Fig. 5 d be one reduce the removable photovoltaic generating system in the dull and stereotyped hillside of wind-engaging face structural representation.
Fig. 6 is the upper TV structure schematic diagram that the roller of a dull and stereotyped hillside removable photovoltaic generating system flat component coordinates with translation gliding track.
1. hillside in figure; 2. dam, field; 3. go up planar movement interface; 4. lower plane moving boundary; 5. foundation pile; 6. chassis; 7. wheels assembly; 8. pedestal; 9. photovoltaic cell parts; 10. track; 11. road surfaces; Wheels on 12. rails; 13. trackside wheels; 14. road surface wheels; 15. inclination-angle regulating devices; 16. revolute pair structures; 17. planar contact pair mechanisms; 18. robot linkage interfaces; 19. mechanical arms; 20. robots; 21. transition wiring sections; 22. steel towers; 23. power lines; 24. printing opacity spaces; 25. crops;
30. multi-track lattice plates; 31. translation gliding tracks; 32. fixing photovoltaic cell panel assemblies; 33. removable photovoltaic cell panel assemblies; 34. rollers; 35. cables; 36. cable undinding and rewinding drums.
Embodiment:
Embodiment 1, comprises Fig. 1 to Fig. 4.
In embodiment 1, north side, hillside 1 is also built dam, field 2 and is washed away mountain torrents insensitive to make the removable photovoltaic generating system in hillside 1 and whole hillside.Dam, described field forms the closed curve of 360 degree of angles of circumference; The part in the south of described closed curve is in iso-curvature radius shape; The north part of described closed curve is that ellipticity north-south is flat.Because photovoltaic cell parts mainly operate in the southern side on hillside, the closed curve of the such shape of embodiment 1 is higher than circular land utilization ratio.Dam, field 2 is non-essential to be built.
In embodiment 1, with hillside 1 meet southern side, hillside that sunlight side comprises the Northern Hemisphere attach most importance to arrange three groups of angle of circumference scopes be about 210 degree, often organize two continuously, the upper and lower planar movement interface 3,4 of iso-curvature radius.3,4 one, upper and lower planar movement interface is high, one lowly to build with regard to hillside 1 is domatic.Upper and lower planar movement interface 3,4 can adopt foundation pile 5 to be connected with ground.The removable photovoltaic generating system in hillside is run at upper and lower planar movement interface 3,4.
The removable photovoltaic generating system in hillside comprises chassis 6, be arranged on chassis 6 and the upper and lower wheels assembly 7 be connected respectively with upper and lower planar movement interface 3,4, the pedestal 8 of the photovoltaic cell parts be arranged on chassis 6, the photovoltaic cell parts 9 be arranged on pedestal 8, electrical connection interface with extraneous, computer controlled automatic device, communication module and watch-dog; Upper and lower planar movement interface 3,4 comprises track 10 and road surface 11.
Comparatively complicated upper and lower wheels assembly 7 comprises wheels 12 on rail respectively, is symmetrically arranged in one of track 10 both sides secondary two trackside wheels 13, the road surface wheels 14 being symmetrically arranged in track 10 both sides and wheels drive units.The axial line of trackside wheels 13 is vertical; Trackside wheels 13 get 0 to 3 millimeter, to guarantee that track 10 retrains total 7 one-tenth of wheels and is in correct route with the fit-up gap of track 10.Track 10 adopts rail and is processed into required arc.The requirement of road pavement wheels 14 is that bearing capacity is strong, easily controls.
On rail, wheels 12 and trackside wheels 13 can adopt solid rubber wheel; Road surface wheels 14 can adopt pneumatic tire.
On rail, wheels 12, trackside wheels 13 and road surface wheels 14 all can configure wheels drive unit, and related content can refer to prior art and comprises brushless electric machine electric bicycle wheel manufacturing technology and need not pay creative work and just can realize.
Chassis 6 is connected across on upper and lower planar movement interface 3,4 by upper and lower wheels assembly 7, chassis 6 is provided with the inclination-angle regulating device 15 of pedestal 8.Inclination-angle regulating device 15 is for following the tracks of sunlight elevation angle; Specifically can select commercially available hydraulic push rod or electronic screw mandrel product.
A revolute pair structure 16 is set between inclination-angle regulating device 15 and its load pedestal 8; Adopt planar contact pair mechanism 17 to be connected to avoid producing redundant structure between at least one inclination-angle regulating device 15 with load pedestal 8 and affect tilt adjustment.
Chassis 6 arranges some robots linkage interface 18 and comprises agricultural robot and Engineering Robot for robot 20 people of mounting strap mechanical arm 19.Robot linkage interface 18 comprises threaded connection interface and secondary two groups of slide rail linkage interfaces; Threaded connection interface comprises nut or screw, can be fixedly connected with robot; Slide rail linkage interface comprises slide rail, can retrain Robot slide rail and move.Related content can with reference to prior art.
Dotted line two-wire in Fig. 1 represents the another kind of state of pedestal 8, i.e. the 90-degree rotation state in relative front.The dotted line be connected with dotted line two-wire represents that pedestal 8 follows the tracks of the different conditions of sun altitude.
In Fig. 2, dashed rectangle represents the another kind of location status of pedestal 8, such as is in due east state.
Make described wheels assembly 7, pedestal 8, photovoltaic cell parts 9, electrical connection interface, communication module are connected with main control computer signal by respective interface circuit with watch-dog, the state of described wheels assembly 7 and pedestal 8 is changed according to the dependent instruction change of main control computer.
In embodiment 1, the removable photovoltaic generating system in hillside adopts transition wiring section 21 to connect the some power lines 23 supported with steel tower 22 to electrical network transmission of electric energy.The form of transition wiring section 21 is to the insensitive spring-like of rotation, just as the spring-like of telephone receiver refutes wiring.
In embodiment 1, between adjacent pedestal 8, remain with the printing opacity space 24 of width more than 60 millimeters.Like this, because photovoltaic cell parts 9 are often just to the sun, the sunlight through printing opacity space 24 enters the region after photovoltaic cell parts 9, is absorbed for photosynthesis by crops 25, helps avoid the defect that crops 25 long period does not contact sunlight.When needing, the removable photovoltaic generating system in hillside also can be made to move around, such as be 1 meter with minimum dimension scope and move around.To shorten the interval time between crops 25 twice contact sunlight.
In embodiment 1, when the removable photovoltaic generating system in described hillside moves on upper and lower planar movement interface 3,4, the normal consecutive variations of photovoltaic cell parts 9; And the normal excursion of photovoltaic cell parts 9 all falls within the excursion of solar irradiation firing angle in this day Summer Solstice, that is the removable photovoltaic generating system in hillside along upper and lower planar movement interface 3,4 in the moving process in east orientation west, photovoltaic cell parts 9 are all in the state of following the tracks of solar irradiation firing angle.The highest point of the photovoltaic cell parts 9 of hillside photovoltaic generating system exceeds its lowest part more than 1 meter.
In order to make the removable photovoltaic generating system in hillside insensitive to strong wind, adopt the design automatically reducing the removable photovoltaic generating system wind area in hillside.
Embodiment 2, comprises Fig. 5 and Fig. 6.
In embodiment 2, manufacture a removable photovoltaic generating system in hillside, comprise chassis, be arranged on chassis and with the upper and lower wheels assembly that one group two the full curve upper and lower planar movement interfaces on hillside are connected respectively, also comprise pedestal 8, the six blocks of multi-track lattice plates 30 be connected with pedestal 8 and photovoltaic cell panel assembly.Multi-track lattice plate 30 is manufactured with translation gliding track 31; Photovoltaic cell panel assembly comprises fixing photovoltaic cell panel assembly 32 and removable photovoltaic cell panel assembly 33.Removable photovoltaic cell panel assembly 33 is connected with the translation gliding track 31 on both sides by the roller 34 on both sides simultaneously.Related content can also with reference to the rail structure of a kind of minibus cliding door of prior art.
Each photovoltaic cell member surface plate component operation position height is inconsistent, connects at the cable 35 of the top of removable photovoltaic cell panel assembly 32 shown in dotted line; The other end of cable 35 is connected with a cable undinding and rewinding drum 36; Cable undinding and rewinding drum 36 is connected with pedestal 8.Make cable undinding and rewinding drum 36 be sling by removable photovoltaic cell panel assembly 33 making it being arranged in be in above fixing photovoltaic cell panel assembly 32 along the neighbouring layout of translation gliding track 31 and accept sunlight state as shown in Figure 5 c comprehensively: or make cable undinding and rewinding drum 36 be put down by removable photovoltaic cell panel assembly 33 making it to be stacked in the lower end of each translation gliding track 31 being in before and after fixing photovoltaic cell panel assembly 32 and reduce wind area state as shown in Figure 5 b.
Printing opacity space 24 containing accumulative size 80 millimeters between adjacent photovoltaic cell flat component.Printing opacity space 24 comprises the gap between photovoltaic cell panel assembly and multi-track lattice plate 30.
Can also adopt a twisted and released of the cable reel of synchronousing working with cable undinding and rewinding drum 36, described twisted and released of the cable reel is electrically connected with photovoltaic cell parts and inverter respectively.
Claims (7)
1. the removable photovoltaic generating system in hillside, comprises chassis, is arranged on chassis and the upper and lower wheels assembly be connected respectively with one group two the full curve upper and lower planar movement interfaces on hillside, the pedestal of the photovoltaic cell parts be arranged on chassis, the photovoltaic cell parts be arranged on pedestal, electrical connection interface with extraneous, computer controlled automatic device, communication module and watch-dog; Upper and lower wheels assembly comprises wheels and wheels drive unit respectively; Photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device; Described wheels assembly, pedestal, photovoltaic cell parts, electrical connection interface with extraneous, communication module and watch-dog are connected with main control computer signal by interface circuit, the state of described wheels assembly and photovoltaic cell parts is changed according to the dependent instruction change of main control computer, when it is characterized in that the removable photovoltaic generating system in described hillside moves on the upper and lower planar movement interface of described full curve, the normal consecutive variations of described photovoltaic cell parts; And described photovoltaic cell parts normal excursion in whole or in part with at least some day solar irradiation firing angle excursion corresponding.
2. the removable photovoltaic generating system in hillside according to claim 1, is characterized in that the highest point of the photovoltaic cell parts of photovoltaic generating system exceeds its lowest part more than 1 meter.
3. the removable photovoltaic generating system in hillside according to claim 1, is characterized in that described wheels assembly comprises wheels on rail, is symmetrically arranged in one of track both sides secondary two trackside wheels, the road surface wheels being symmetrically arranged in track both sides and wheels drive units.
4. the removable photovoltaic generating system in hillside according to claim 1, is characterized in that between described photovoltaic cell parts adjacent at least partly containing the printing opacity space of width more than 60 millimeters.
5. the removable photovoltaic generating system in hillside according to claim 1, it is characterized in that containing pedestal, more than the two pieces multi-track lattice plates be connected with pedestal and photovoltaic cell parts, described photovoltaic cell parts comprise flat component and one dimension slot light collection photovoltaic device, it is characterized in that described multi-track lattice plate is manufactured with translation gliding track; Described photovoltaic cell parts comprise the removable photovoltaic cell parts of more than fixing and, and described removable photovoltaic cell parts are connected with two, both sides translation gliding track by the roller on both sides simultaneously; Connect at more than one cable in the top of removable photovoltaic cell parts; The other end of cable is connected with a cable undinding and rewinding drum; Cable undinding and rewinding drum is connected with pedestal; Make cable undinding and rewinding drum be sling by removable photovoltaic cell parts making it being arranged in be in above fixing photovoltaic battery component along the neighbouring layout of described translation gliding track and accept sunlight state comprehensively: or make cable undinding and rewinding drum be put down by removable photovoltaic cell parts making it to be stacked in the lower end of each translation gliding track being in before and after fixing photovoltaic battery component and reduce wind area state.
6. the removable photovoltaic generating system in hillside according to claim 1, is characterized in that containing a twisted and released of the cable reel of synchronousing working with cable undinding and rewinding drum; Described twisted and released of the cable reel is electrically connected with photovoltaic cell parts and inverter respectively.
7. the removable photovoltaic generating system in hillside according to claim 1, is characterized in that some robots linkage interface is contained on described chassis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420720303.6U CN204190673U (en) | 2014-11-25 | 2014-11-25 | The removable photovoltaic generating system in hillside |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420720303.6U CN204190673U (en) | 2014-11-25 | 2014-11-25 | The removable photovoltaic generating system in hillside |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204190673U true CN204190673U (en) | 2015-03-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420720303.6U Expired - Fee Related CN204190673U (en) | 2014-11-25 | 2014-11-25 | The removable photovoltaic generating system in hillside |
Country Status (1)
| Country | Link |
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| CN (1) | CN204190673U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109025395A (en) * | 2018-06-27 | 2018-12-18 | 芜湖盘云石磨新能源科技有限公司 | A kind of high-efficiency and energy-saving type classroom |
-
2014
- 2014-11-25 CN CN201420720303.6U patent/CN204190673U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109025395A (en) * | 2018-06-27 | 2018-12-18 | 芜湖盘云石磨新能源科技有限公司 | A kind of high-efficiency and energy-saving type classroom |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150304 Termination date: 20151125 |