CN204947998U - A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function - Google Patents
A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function Download PDFInfo
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- CN204947998U CN204947998U CN201520770869.4U CN201520770869U CN204947998U CN 204947998 U CN204947998 U CN 204947998U CN 201520770869 U CN201520770869 U CN 201520770869U CN 204947998 U CN204947998 U CN 204947998U
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- fan
- cell panel
- shaped cell
- oil cylinder
- upper bed
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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
Abstract
Have concurrently and fascinate, turn round and the fan out formula solar power plant of lifting function, relate to field of solar thermal power generation.The utility model is to solve the poor to angular of existing solar panel, affects the problem of the absorption efficiency of solar energy.Slew gear described in the utility model is arranged on lifting mechanism, and tilting equipment is arranged on slew gear, and the upper surface of tilting equipment is connected with solar panel development mechanism by solar panel sub-truss.It is in solar power plant.
Description
Technical field
The utility model relates to a kind of having concurrently and fascinates, turns round and the fan out formula solar power plant of lifting function.Belong to field of solar thermal power generation.
Background technology
Existing solar power plant is heavy, usual needs firmly supporting construction bear the weight of solar power plant, also need relative to large power to rotate solar power plant, supporting construction is caused to drive solar power plant to rotate dumb, affect the phototropism of solar panel and absorb the efficiency of solar energy, and existing solar cell panel structure is single, more affect the absorption efficiency to solar energy.
Utility model content
The utility model is to solve the poor to angular of existing solar panel, affects the problem of the absorption efficiency of solar energy.A kind of having concurrently is now provided to fascinate, turn round and the fan out formula solar power plant of lifting function.
Have concurrently and fascinate, turn round and the fan out formula solar power plant of lifting function, it comprises solar panel development mechanism, tilting equipment, slew gear, solar panel sub-truss and lifting mechanism,
Slew gear is arranged on lifting mechanism, and tilting equipment is arranged on slew gear, and the upper surface of tilting equipment is connected with solar panel development mechanism by solar panel sub-truss,
Lifting mechanism comprises lower flange, upper flange, lower oil cylinder seat, upper cylinder seat, oil cylinder, fixed slider, movable slider, outer support and inner supporting body,
The center of upper flange lower surface connects the plane of upper cylinder seat, and the sphere of upper cylinder seat connects one end of oil cylinder, and the other end of oil cylinder connects the sphere of lower oil cylinder seat, and the plane of lower oil cylinder seat is fixedly connected with lower flange,
Outer support and inner supporting body are the rectangular support frame of inner hollow, inner supporting body covers on the outside of upper cylinder seat and oil cylinder, outer support covers on the outside of oil cylinder, lower oil cylinder seat and lower flange, and outer support is positioned at the outside of inner supporting body, the top of outer support is slidably connected by two fixed sliders and inner supporting body, the bottom of inner supporting body is slidably connected by two movable sliders and outer support
One end face of oil cylinder is provided with upper and lower two oil nozzles, upper and lower two oil nozzles are respectively used to oil return and oil-feed;
Slew gear comprises at the bottom of a lower bottom base, multiple steel ball, upper bed-plate, motor, driving gear, reduction gearing and a compartment,
Be fixedly installed at the bottom of compartment on the upper flange of lifting mechanism, lower bottom base is fixedly installed at the bottom of compartment,
Disc-shaped structure identical sized by a lower bottom base is equal with a upper bed-plate,
And the bottom surface of the upper bottom surface of a lower bottom base and a upper bed-plate is along the circumferential direction equipped with cannelure, the side of a upper bed-plate is provided with passive tooth,
Multiple steel ball is evenly arranged in the cannelure between the upper bottom surface of a lower bottom base and the bottom surface of a upper bed-plate,
Motor is arranged at the bottom of compartment, and the output shaft of motor connects driving gear, and one end of reduction gearing is engaged with driving gear, the passive tooth engagement of the side of reduction gearing and a upper bed-plate;
Tilting equipment comprise No. two lower bottom bases, No. two upper bed-plates, the axle that fascinates, electric push rod, electric push rod moving axis, electric push rod dead axle, connector of going to the bottom, upper base connector,
The lower surface of connector of going to the bottom is arranged on a upper bed-plate of slew gear,
Upper surface on a upper bed-plate is provided with No. two lower bottom bases,
No. two lower bottom bases and No. two upper bed-plates are wedge structure, No. two lower bottom bases and No. two upper bed-plates staggered relatively, the broadside of the broadside of No. two lower bottom bases and No. two upper bed-plates is rotationally connected by the axle that fascinates,
Electricity push rod is made up of lever and quiet bar, and lever is connected with the narrow limit of No. two lower bottom bases by electric push rod dead axle, and quiet bar is connected with the narrow limit of No. two upper bed-plates by electric push rod moving axis,
Upper base connector is arranged on the upper surface of No. two upper bed-plates,
The upper surface of upper base connector is provided with solar panel sub-truss;
Solar panel development mechanism comprises the identical fan-shaped cell panel of 6 structures, six solar panel guide vane end stops, cell panel shaft coupling, pressure bearing, bearing fixed seat, power transmission shaft and reducing motors,
Reducing motor is arranged on solar panel sub-truss,
The rotary output axis of reducing motor is connected with drive axis by pressure bearing, and the outer ring of bearing fixed seat and pressure bearing is fixed,
6 fan-shaped cell panels are enclosed within power transmission shaft successively, are followed successively by the first to the 6th fan-shaped cell panel from top to bottom, and the upper end of power transmission shaft drives the first fan-shaped cell panel to rotate by cell panel universal driving shaft,
Be provided with guide vane end stop between two adjacent fan-shaped cell panels, when cell panel shaft coupling drives the first fan-shaped cell panel to rotate 60 °, the guide vane end stop between the first fan-shaped cell panel with the second fan-shaped cell panel is combined, thus drives the second fan-shaped cell panel to rotate,
When the second fan-shaped cell panel rotates 60 °, the guide vane end stop between the second fan-shaped cell panel with the 3rd fan-shaped cell panel is combined, thus drives the 3rd fan-shaped cell panel to rotate,
When the 3rd fan-shaped cell panel rotates 60 °, the guide vane end stop of the 3rd fan-shaped cell panel with between four fan-shaped cell panel is combined, thus drives four fan-shaped cell panel to rotate,
When four fan-shaped cell panel rotates 60 °, the guide vane end stop between four fan-shaped cell panel with the 5th fan-shaped cell panel is combined, thus drives the 5th fan-shaped cell panel to rotate,
When the 5th fan-shaped cell panel rotates 60 °, the guide vane end stop between the 5th fan-shaped cell panel with the 6th fan-shaped cell panel is combined, and solar panel development mechanism launches to form ladder circle completely.
The beneficial effects of the utility model are: the bottom of this solar power plant is provided with lifting mechanism, by making the lower bunker of oil cylinder relatively go up bunker pressure increase to oil nozzle oil-feed under oil cylinder, oil cylinder is forced to stretch out, under the power drive that oil cylinder stretches out, upper cylinder seat is together with upper flange upwards action thereupon, drive supporter moves up, otherwise oil cylinder declines; Adopt this lifting mechanism can make solar panel upwards lifting, prevent blocking of other objects, ensure real-time phototropism,
Adopt tilting equipment, angle action is done with axle axle center of fascinating under electric pushrod effect, change inclination angle, tilting equipment is being driven to become the rotation at 360 degree of angles in the horizontal direction by slew gear, thus realize the rotation that solar panel becomes multi-angle, realize the real-time automatic tracking sun, ensure that solar cell surface and sunray are best angle position, make solar panel absorb solar energy efficiency high.
Accompanying drawing explanation
Fig. 1 fascinates for a kind of described in embodiment one has concurrently, turn round and the general structure schematic diagram of fan out formula solar power plant of lifting function;
Fig. 2 is the structural representation of lifting mechanism in Fig. 1;
Fig. 3 is the structural representation that in lifting mechanism, oil cylinder rises;
Fig. 4 is the structural representation of slew gear in Fig. 1;
Fig. 5 is the vertical view of Fig. 4;
Fig. 6 is the structural representation of tilting equipment in Fig. 1;
Structural representation when Fig. 7 is tilting equipment action;
Fig. 8 is the structural representation of solar panel development mechanism in Fig. 1;
Fig. 9 is the structural representation of solar panel in solar panel development mechanism.
Embodiment
Embodiment one: illustrate present embodiment with reference to Fig. 1, a kind of described in present embodiment has concurrently and fascinates, turns round and the fan out formula solar power plant of lifting function, it comprises solar panel development mechanism 4, tilting equipment 3, slew gear 2, solar panel sub-truss 5 and lifting mechanism 1
Slew gear 2 is arranged on lifting mechanism 1, and tilting equipment 3 is arranged on slew gear 2, and the upper surface of tilting equipment 3 is connected with solar panel development mechanism 4 by solar panel sub-truss,
Lifting mechanism 1 comprises lower flange 1-1, upper flange 1-2, lower oil cylinder seat 1-3, upper cylinder seat 1-4, oil cylinder 1-5, fixed slider 1-6, movable slider 1-7, outer support 1-8 and inner supporting body 1-9,
The center of upper flange 1-2 lower surface connects the plane of upper cylinder seat 1-4, and the sphere of upper cylinder seat 1-4 connects one end of oil cylinder 1-5, and the other end of oil cylinder 1-5 connects the sphere of lower oil cylinder seat 1-3, and the plane of lower oil cylinder seat 1-3 is fixedly connected with lower flange 1-1,
Outer support 1-8 and inner supporting body 1-9 is the rectangular support frame of inner hollow, inner supporting body 1-9 covers on the outside of upper cylinder seat 1-4 and oil cylinder 1-5, outer support 1-8 covers on the outside of oil cylinder 1-5, lower oil cylinder seat 1-3 and lower flange 1-1, and outer support 1-8 is positioned at the outside of inner supporting body 1-9, the top of outer support 1-8 is slidably connected by two fixed slider 1-6 and inner supporting body 1-9, the bottom of inner supporting body 1-9 is slidably connected by two movable slider 1-7 and outer support 1-8
One end face of oil cylinder 1-5 is provided with upper and lower two oil nozzles, upper and lower two oil nozzles are respectively used to oil return and oil-feed;
Slew gear 2 comprises 2-7 at the bottom of a lower bottom base 2-1, multiple steel ball 2-2, upper bed-plate 2-3, motor 2-4, driving gear 2-5, reduction gearing 2-6 and a compartment,
2-7 at the bottom of compartment is fixedly installed on the upper flange 1-2 of lifting mechanism 1, and lower bottom base 2-1 is fixedly installed on 2-7 at the bottom of compartment,
Disc-shaped structure identical sized by a lower bottom base 2-1 is equal with a upper bed-plate 2-3,
And the bottom surface of the upper bottom surface of a lower bottom base 2-1 and a upper bed-plate 2-3 is along the circumferential direction equipped with cannelure, the side of a upper bed-plate 2-3 is provided with passive tooth,
Multiple steel ball 2-2 is evenly arranged in the cannelure between the upper bottom surface of a lower bottom base 2-1 and the bottom surface of a upper bed-plate 2-3,
Motor 2-4 is arranged on 2-7 at the bottom of compartment, and the output shaft of motor 2-4 connects driving gear 2-5, and one end of reduction gearing 2-6 is engaged with driving gear 2-5, the passive tooth engagement of the side of a reduction gearing 2-6 and upper bed-plate 2-3;
Tilting equipment 3 comprise No. two lower bottom base 3-1, No. two upper bed-plate 3-2, the axle 3-3 that fascinate, electric push rod 3-4, electric push rod moving axis 3-5, electric push rod dead axle 3-6, the connector 3-7 that goes to the bottom, upper base connector 3-8,
The lower surface of connector 3-7 of going to the bottom is arranged on a upper bed-plate 2-3 of slew gear 2,
Upper surface on a upper bed-plate 2-3 is provided with No. two lower bottom base 3-1,
No. two lower bottom base 3-1 and No. two upper bed-plate 3-2 are wedge structure, and No. two lower bottom base 3-1 and No. two upper bed-plate 3-2 are staggered relatively, and the broadside of the broadside of No. two lower bottom base 3-1 and No. two upper bed-plate 3-2 is rotationally connected by the axle 3-3 that fascinates,
Electricity push rod 3-4 is made up of lever and quiet bar, and lever is connected with the narrow limit of No. two lower bottom base 3-1 by electric push rod dead axle 3-6, and quiet bar is connected with the narrow limit of No. two upper bed-plate 3-2 by electric push rod moving axis 3-5,
Upper base connector 3-8 is arranged on the upper surface of No. two upper bed-plate 3-2,
The upper surface of upper base connector 3-8 is provided with solar panel sub-truss;
Solar panel development mechanism 4 comprises the identical fan-shaped cell panel of 6 structures, six solar panel guide vane end stop 4-7, cell panel shaft coupling 4-8, pressure bearing 4-9, bearing fixed seat 4-10, power transmission shaft 4-11 and reducing motor 4-12,
Reducing motor 4-12 is arranged on solar panel sub-truss,
The rotary output axis of reducing motor 4-12 is rotationally connected by pressure bearing 4-9 and power transmission shaft 4-11, and the outer ring of bearing fixed seat 4-10 and pressure bearing 4-9 is fixed,
6 fan-shaped cell panels are enclosed within power transmission shaft 4-11 successively, are followed successively by the first to the 6th fan-shaped cell panel from top to bottom, and the upper end of power transmission shaft 4-11 drives the first fan-shaped cell panel 4-1 to rotate by cell panel universal driving shaft 4-8,
Guide vane end stop is provided with between two adjacent fan-shaped cell panels, when cell panel shaft coupling 4-8 drives the first fan-shaped cell panel to rotate 60 °, guide vane end stop between the first fan-shaped cell panel 4-1 with the second fan-shaped cell panel 4-2 is combined, thus drives the second fan-shaped cell panel 4-2 to rotate
When the second fan-shaped cell panel 4-2 rotates 60 °, the guide vane end stop between the second fan-shaped cell panel 4-2 with the 3rd fan-shaped cell panel 4-3 is combined, thus drives the 3rd fan-shaped cell panel 4-3 to rotate,
When the 3rd fan-shaped cell panel 4-3 rotates 60 °, the guide vane end stop of the 3rd fan-shaped cell panel 4-3 with between four fan-shaped cell panel 4-4 is combined, thus drives four fan-shaped cell panel 4-4 to rotate,
When four fan-shaped cell panel 4-4 rotates 60 °, the guide vane end stop between four fan-shaped cell panel 4-4 with the 5th fan-shaped cell panel 4-5 is combined, thus drives the 5th fan-shaped cell panel 4-5 to rotate,
When the 5th fan-shaped cell panel 4-5 rotates 60 °, the guide vane end stop between the 5th fan-shaped cell panel 4-5 with the 6th fan-shaped cell panel 4-6 is combined, and solar panel development mechanism launches to form ladder circle completely.
In present embodiment, a lower bottom base 2-1 of slew gear 2 is static seat, and when motor powers up rotation, driving gear rotates thereupon, drives upper bed-plate to do axial-rotation, complete revolute function by reduction gearing.
Under electric pushrod effect, do angle action with axle axle center of fascinating in tilting equipment, change inclination angle, realize fascinating function.
Embodiment two: a kind of described in present embodiment and embodiment one has concurrently and fascinate, to turn round and the difference of fan out formula solar power plant of lifting function is, it also comprises base 6,
Lower flange 1-1 is fixedly connected with the upper surface of base 6.
Claims (2)
1. one kind has concurrently and fascinates, turns round and the fan out formula solar power plant of lifting function, it is characterized in that, it comprises solar panel development mechanism (4), tilting equipment (3), slew gear (2), solar panel sub-truss (5) and lifting mechanism (1)
Slew gear (2) is arranged on lifting mechanism (1), tilting equipment (3) is arranged on slew gear (2), the upper surface of tilting equipment (3) is connected with solar panel development mechanism (4) by solar panel sub-truss (5)
Lifting mechanism (1) comprises lower flange (1-1), upper flange (1-2), lower oil cylinder seat (1-3), upper cylinder seat (1-4), oil cylinder (1-5), fixed slider (1-6), movable slider (1-7), outer support (1-8) and inner supporting body (1-9)
The center of upper flange (1-2) lower surface connects the plane of upper cylinder seat (1-4), the sphere of upper cylinder seat (1-4) connects one end of oil cylinder (1-5), the other end of oil cylinder (1-5) connects the sphere of lower oil cylinder seat (1-3), the plane of lower oil cylinder seat (1-3) is fixedly connected with lower flange (1-1)
Outer support (1-8) and inner supporting body (1-9) are the rectangular support frame of inner hollow, inner supporting body (1-9) covers on the outside of upper cylinder seat (1-4) and oil cylinder (1-5), outer support (1-8) covers on oil cylinder (1-5), the outside of lower oil cylinder seat (1-3) and lower flange (1-1), and outer support (1-8) is positioned at the outside of inner supporting body (1-9), the top of outer support (1-8) is slidably connected by two fixed sliders (1-6) and inner supporting body (1-9), the bottom of inner supporting body (1-9) is slidably connected by two movable sliders (1-7) and outer support (1-8),
One end face of oil cylinder (1-5) is provided with upper and lower two oil nozzles, upper and lower two oil nozzles are respectively used to oil return and oil-feed;
Slew gear (2) comprises at the bottom of a lower bottom base (2-1), multiple steel ball (2-2), upper bed-plate (2-3), motor (2-4), driving gear (2-5), reduction gearing (2-6) and a compartment (2-7)
(2-7) at the bottom of compartment is fixedly installed on the upper flange (1-2) of lifting mechanism (1), and lower bottom base (2-1) is fixedly installed on (2-7) at the bottom of compartment,
Disc-shaped structure identical sized by a lower bottom base (2-1) is equal with a upper bed-plate (2-3),
And the bottom surface of the upper bottom surface of a lower bottom base (2-1) and a upper bed-plate (2-3) is along the circumferential direction equipped with cannelure, the side of a upper bed-plate (2-3) is provided with passive tooth,
Multiple steel ball (2-2) is evenly arranged in the cannelure between the upper bottom surface of a lower bottom base (2-1) and the bottom surface of a upper bed-plate (2-3),
Motor (2-4) is arranged on (2-7) at the bottom of compartment, the output shaft of motor (2-4) connects driving gear (2-5), one end of reduction gearing (2-6) is engaged with driving gear (2-5), the passive tooth engagement of the side of reduction gearing (2-6) and a upper bed-plate (2-3);
Tilting equipment (3) comprise No. two lower bottom bases (3-1), No. two upper bed-plates (3-2), the axle that fascinates (3-3), electric push rod (3-4), electric push rod moving axis (3-5), electric push rod dead axle (3-6), connector of going to the bottom (3-7), upper base connector (3-8),
The lower surface of connector (3-7) of going to the bottom is arranged on a upper bed-plate (2-3) of slew gear (2),
The upper surface of connector (3-7) of going to the bottom is fixedly connected with No. two lower bottom bases (3-1),
No. two lower bottom bases (3-1) and No. two upper bed-plates (3-2) are wedge structure, No. two lower bottom bases (3-1) and No. two upper bed-plates (3-2) staggered relatively, (broadside of 3-2 is rotationally connected by the axle that fascinates (3-3) for the broadside of No. two lower bottom bases (3-1) and No. two upper bed-plates
Electricity push rod (3-4) is made up of lever and quiet bar, lever is connected with the narrow limit of No. two lower bottom bases (3-1) by electric push rod dead axle (3-6), quiet bar is connected with the narrow limit of No. two upper bed-plates (3-2) by electric push rod moving axis (3-5)
Upper base connector (3-8) is arranged on the upper surface of No. two upper bed-plates (3-2),
The upper surface of upper base connector (3-8) is provided with solar panel sub-truss;
Solar panel development mechanism (4) comprises the identical fan-shaped cell panel of 6 structures, six solar panel guide vane end stops (4-7), cell panel shaft coupling (4-8), pressure bearing (4-9), bearing fixed seat (4-10), power transmission shaft (4-11) and reducing motors (4-12)
Reducing motor (4-12) is arranged on solar panel sub-truss,
The rotary output axis of reducing motor (4-12) is rotationally connected by pressure bearing (4-9) and power transmission shaft (4-11), and bearing fixed seat (4-10) is fixed with the outer ring of pressure bearing (4-9),
6 fan-shaped cell panels are enclosed within power transmission shaft (4-11) successively, be followed successively by the first to the 6th fan-shaped cell panel from top to bottom, the upper end of power transmission shaft (4-11) drives the first fan-shaped cell panel (4-1) to rotate by cell panel universal driving shaft (4-8)
Guide vane end stop is provided with between two adjacent fan-shaped cell panels, when cell panel shaft coupling (4-8) drives the first fan-shaped cell panel to rotate 60 °, guide vane end stop between the first fan-shaped cell panel (4-1) with the second fan-shaped cell panel (4-2) is combined, thus drive the second fan-shaped cell panel (4-2) to rotate
When the second fan-shaped cell panel (4-2) rotates 60 °, the guide vane end stop between the second fan-shaped cell panel (4-2) with the 3rd fan-shaped cell panel (4-3) is combined, thus drives the 3rd fan-shaped cell panel (4-3) to rotate,
When the 3rd fan-shaped cell panel (4-3) rotates 60 °, the 3rd fan-shaped cell panel (4-3) guide vane end stop with between four fan-shaped cell panel (4-4) is combined, thus drives four fan-shaped cell panel (4-4) to rotate,
When four fan-shaped cell panel (4-4) rotates 60 °, the guide vane end stop between four fan-shaped cell panel (4-4) with the 5th fan-shaped cell panel (4-5) is combined, thus drives the 5th fan-shaped cell panel (4-5) to rotate,
When the 5th fan-shaped cell panel (4-5) rotates 60 °, the guide vane end stop between the 5th fan-shaped cell panel (4-5) with the 6th fan-shaped cell panel (4-6) is combined, and solar panel development mechanism launches to form ladder circle completely.
2. a kind of having concurrently according to claim 1 is fascinated, is turned round and the fan out formula solar power plant of lifting function, and it is characterized in that, it also comprises base (6),
Lower flange (1-1) is fixedly connected with the upper surface of base (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520770869.4U CN204947998U (en) | 2015-09-30 | 2015-09-30 | A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520770869.4U CN204947998U (en) | 2015-09-30 | 2015-09-30 | A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function |
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| Publication Number | Publication Date |
|---|---|
| CN204947998U true CN204947998U (en) | 2016-01-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520770869.4U Expired - Fee Related CN204947998U (en) | 2015-09-30 | 2015-09-30 | A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function |
Country Status (1)
| Country | Link |
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| CN (1) | CN204947998U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105227094A (en) * | 2015-09-30 | 2016-01-06 | 黑龙江兴安新能源股份有限公司 | A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function |
| CN109889152A (en) * | 2019-03-12 | 2019-06-14 | 陈鑫 | A kind of photovoltaic generating system based on big data |
-
2015
- 2015-09-30 CN CN201520770869.4U patent/CN204947998U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105227094A (en) * | 2015-09-30 | 2016-01-06 | 黑龙江兴安新能源股份有限公司 | A kind of having concurrently is fascinated, is turned round and the fan out formula solar power plant of lifting function |
| CN109889152A (en) * | 2019-03-12 | 2019-06-14 | 陈鑫 | A kind of photovoltaic generating system based on big data |
| CN109889152B (en) * | 2019-03-12 | 2020-10-30 | 华北电力大学 | Photovoltaic power generation system based on big data |
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| 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: 20160106 Termination date: 20170930 |
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| CF01 | Termination of patent right due to non-payment of annual fee |