CN201918925U - Fully automatic search solar tracker device - Google Patents
Fully automatic search solar tracker device Download PDFInfo
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- CN201918925U CN201918925U CN2010206717941U CN201020671794U CN201918925U CN 201918925 U CN201918925 U CN 201918925U CN 2010206717941 U CN2010206717941 U CN 2010206717941U CN 201020671794 U CN201020671794 U CN 201020671794U CN 201918925 U CN201918925 U CN 201918925U
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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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Abstract
The utility model relates to a fully automatic search solar tracker device, which comprises a frame, a solar panel, a panel support, a swing mechanism, a tracking control unit and a cleaning device special for cleaning dust and debris on a light surface of the panel. The solar panel is disposed on the panel support which swings on the frame through the complete swing mechanism, and the tracking control unit includes two sunlight intensity discriminators, an automatic positioning determiner and a control unit. When the sunlight intensity discriminator in one direction senses that intensity of sunlight is larger than a set strength, the control unit controls the swing mechanism to swing towards the direction. When the automatic positioning determiner senses the intensity of sunlight is larger than the preset intensity, the control unit leads the swing mechanism to stop swinging. The fully automatic search solar tracker device acts only when the sunlight intensity reaches the set intensity, and thereby blind do-nothing operation of traditional 'moving upon light and stopping upon no light' and invalid energy waste can be avoided effectively.
Description
Technical field
The utility model relates to full-automatic receipts of a kind of solar energy and seeks tracker apparatus.
Background technology
The heat energy utilization of solar energy and light-use are two most important applications fields, and be why noticeable especially, is because the particularity of solar energy determines.Solar energy has the following advantages: (1) memory space is huge; (2) can be by exhaustion; (3) Qing Jie the energy; (4) not limited by the region.
The shortcoming of solar energy be energy density low, be subjected to meteorological condition effect easily, do not possess storage function etc.If solar panel, then has only at 4 o'clock in afternoon about 7 hours fine at 9 o'clock in the morning in summer if maintain static, sunshine fullest.But to winter, the abundant hours of daylight of same place will reduce to 3 hours.Because the full charging interval of storage battery necessity needs 10-15 hour,, make it to obtain maximum sunshine amount so need to regulate the inclination angle of solar panel.In addition, since cloud layer, factors such as natural environment, and solar panel all needs fine setting in good time.Certainly, can perhaps be undertaken from motion tracking regularly with manually regulating by solar automatic tracker.But existing solar automatic tracker has light just moving, unglazedly just stops, and in the solar energy deficiency, can't produce and carry out meaningless tracking action under the situation of enough electric energy and will waste energy greatly.
The utility model content
The technical problems to be solved in the utility model is: improve solar battery plate photoelectric conversion efficiency and prolong the daylighting time, promptly give full play to the usefulness of solar panel, the blindness inaction work of traditional " have light just moving, unglazed just stop " and invalid energy waste have been avoided.
The technical scheme that its technical problem that solves the utility model adopts is: the full-automatic receipts of a kind of solar energy sought tracker apparatus, comprise frame, solar panel, battery board bracket, swing mechanism and tracking Control unit, solar panel is arranged on the battery board bracket, battery board bracket is swung on frame by a cover swing mechanism, and tracking Control unit controls swing mechanism is swung and followed the tracks of sunlight; The tracking Control unit comprises two strong and weak arbiters of solar energy grade power being differentiated from two different directions of thing of sunray, locatees determinant and control unit automatically, the strong and weak arbiter of sunray is connected with control unit respectively with the signal output part of locating determinant automatically, and control unit is connected with swing mechanism; Sense when setting the sunray of intensity when the strong and weak arbiter of the sunray of one of them direction, the strong and weak arbiter of sunray is to the control unit output signal, and control unit control swing mechanism is to this direction swing; Sense when setting the sunray of intensity when automatic location determinant, locate determinant automatically to the control unit output signal, control unit forces swing mechanism to stop swinging.Required light source emphasized that grade and environmental condition at that time manually are provided with in advance to it when this device can carry out opto-electronic conversion according to solar panel, have only sunlight intensity to reach the intensity of setting, this device just moves, the blindness inaction work of traditional " have light just moving, unglazed just stop " and invalid energy waste have so been avoided effectively.
Be the optimum utilization energy of light source, between the signal output part of the strong and weak arbiter of the sunray of both direction and control unit, the energy comparison circuit is set, a road high conducting of energy grade when the strong and weak arbiter of the sunray of both direction is wherein sensed greater than the sunray of setting intensity, the control swing mechanism is to the stronger direction swing of sunray.
For the operating efficiency and the consumption of minimizing self-energy that fully improve this device, swing mechanism adopts the planetary gear reduction speed driving mode.
Particularly, two minor axises about swing mechanism comprises, drive base plate, end cover, drive motors, driving gear, arc gear wheel, minor axis is arranged on the frame, be swinging center, driving base plate is arranged between two, drive motors is installed in and drives on the base plate, driving gear is installed on the drive motors, the arc gear wheel is installed on the end cover, end cover is fixed with battery board bracket, end cover is installed on the minor axis swingably, and driving gear and the engagement of arc gear wheel constitute planetary reducer, and drive motors drives end cover swing by driving gear, arc gear wheel.
Particularly, battery board bracket comprise the chassis and and pallet, pallet and chassis flexibly connect, and have the steady arm of regulating the pallet elevation angle between pallet and chassis.
Particularly, the strong and weak arbiter of sunray comprises photoelectric sensor, reference signal setup unit and comparing unit, and the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects; Automatically the location determinant comprises photoelectric sensor, reference signal setup unit and comparing unit, and the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects; The output of the comparing unit of the strong and weak arbiter of sunray is connected with control unit, control unit is connected with drive motors, the running of control motor and turning to, the output of locating the comparing unit of determinant automatically is connected with control unit, controls motor and shuts down.
Work location judgement photoelectric sensor is automatically judged the intensity of light source grade that directly shone at that time on the solar panel, for improving the precision and the resolution of photoelectric sensor, prevent to disturb light on every side, on the photoelectric sensor of locating determinant automatically, the cylinder barrel shaped light shield is installed, for improving the sensitivity of the strong and weak arbiter of sunray, parabolic reflective object is installed behind the photoelectric sensor of the strong and weak arbiter of sunray.
Because light is a kind of energy, the collection of energy needs the regular hour, is interrupted drive manner so the design swing mechanism is stepping.
Further, the photoelectric sensor of the strong and weak arbiters of two sunrays is the angles of 120 degree each other in same vertical plane, is the angles of 30 degree between each and horizontal plane; Automatically the center line of the photoelectric sensor of the center line of the photoelectric sensor of location determinant and two strong and weak arbiters of sunray respectively is the angle of 60 degree.The comparing unit of the strong and weak arbiter of sunray is an operational amplifier, and control unit adopts logic PLC controller.
Because solar panel is to be in outdoor operational environment, various dusts and physics foreign material very likely adsorb or are infected with light receiving surface at cell panel, influence its absorption efficiency to luminous energy.Therefore on this product, be provided with a special clearing apparatus of making cleaning dust and foreign material.Be responsible for action by a special cleaning drive motors, and the control of the timer in the governor circuit of controlled unit, realize regularly cleaning.For keeping operating steadily, adopt the transmission of two synchronous belt facilities.
The beneficial effects of the utility model are: required light source emphasized that grade and environmental condition at that time manually are provided with it in advance by correspondent control circuits when this device can carry out opto-electronic conversion according to solar panel, the blindness inaction work of traditional " have light just moving, unglazed just stop " and invalid energy waste have so been avoided effectively.In order fully to improve the practicality of this device, adopted brand new concept and the facility operating mode that meets the solar panel condition of work in the design, in control circuit, adopted comparatively flexible and changeable soft control circuit, to adapt to various job requirement.Have novelty and practicality.In order fully to improve the reliability of this device, ripe control circuit and control device have been adopted in the design, kernel control chip logic PLC controller.Just can reach traditionally function on the complicated control circuit comparatively with less device.For the operating efficiency that fully improves this device with reduce self-energy consumption, adopted the planetary reducer of high efficiency, large speed ratio in the design and made each member with various lightweight materials.This device is owing to adopted controlled function powerful, control mode is logic PLC controller flexibly, just can count and the number of timer is carried out suitable expansion to the full-automatic quantity of seeking tracker apparatus of receiving of controlled solar energy of the same type, promptly control the full-automatic receipts of several solar energies simultaneously and seek tracker apparatus with a main control circuit according to the I/O of PLC controller.Existing solar panel is if adopt similar full-automatic receipts of chatting as this case of solar energy to seek tracker apparatus, then solar photovoltaic conversion efficient and improving about 20-30% on the existing basis.
Description of drawings
Fig. 1 is the front view of device of the present utility model;
Fig. 2 is the left view of device of the present utility model;
Fig. 3 is the structural representation of swing mechanism of the present utility model;
Fig. 4 is a front view of the present utility model;
Fig. 5 is the working circuit diagram of the strong and weak arbiter of sunray of the present utility model;
Fig. 6 is the working circuit diagram of automatic location of the present utility model determinant;
Fig. 7 is the internal control circuit figure of logic PLC controller in the control unit;
Fig. 8 is the drive circuit figure of drive motors in the control unit;
Fig. 9 is the control circuit figure of cleaning drive motors in the control unit;
Figure 10 is the circuit diagram of energy comparison circuit;
Among the figure: 1. frame, 2. solar panel, 3. battery board bracket, 31. the chassis, 32. pallets, 33. steady arms, 4. swing mechanism, 41. minor axises, 42. drive base plates, 43. end cover, 44. drive motors, 45. driving gears, the 5. strong and weak arbiter of sunray, 6. locate determinant, 7. automatic cleaning device automatically.
Embodiment
Shown in Fig. 1,2,3,4, the full-automatic receipts of this solar energy sought tracker apparatus, comprise frame 1, solar panel 2, battery board bracket 3, swing mechanism 4 and tracking Control unit, solar panel 2 is arranged on the battery board bracket 3, battery board bracket 3 is swung on frame 1 by a cover swing mechanism 4, and sunlight is followed the tracks of in 4 swings of tracking Control unit controls swing mechanism.Battery board bracket 3 comprise chassis 31 and and pallet 32, pallet 32 and chassis 31 flexibly connects, having between pallet 32 and chassis 31 can be according to the steady arm 33 at the different adjustment pallet elevation angle in season.
The tracking Control unit comprises two strong and weak arbiters of solar energy grade power being differentiated from two different directions of thing 5 of sunray, locatees determinant 6 and control unit automatically, the strong and weak arbiter 5 of sunray is connected with control unit respectively with the signal output part of locating determinant 6 automatically, and control unit is connected with swing mechanism 4; Sense when setting the sunray of intensity when the strong and weak arbiter 5 of the sunray of one of them direction, the strong and weak arbiter 5 of sunray is to the control unit output signal, and control unit control swing mechanism 4 is to this direction swing; Be the optimum utilization energy of light source, between the signal output part of the strong and weak arbiter 5 of the sunray of both direction and control unit, the energy comparison circuit is set, a road high conducting of energy grade when the strong and weak arbiter 5 of the sunray of both direction is wherein all sensed greater than the sunray of setting intensity, control swing mechanism 4 is to the stronger direction swing of sunray.In Fig. 5, do not adopt the energy comparison circuit, this mainly is that the automatic location determinant 6 between the photoelectric sensor of the strong and weak arbiters 5 of two sunrays also necessarily is under the high light so because if the strong and weak arbiters 5 of two sunrays are when searching the intense light source of startup simultaneously.Sense when setting the sunray of intensity when automatic location determinant 6, locate determinant 6 automatically to the control unit output signal, control unit forces swing mechanism 4 to stop swinging.Collect reliably effectively owing to adopted novel design concept and structure, this device to have light source, do not do invalid work operation, the daylighting accurate positioning, it is efficient, simple and reasonable to operate steadily, and controls simple and reliable, good looking appearance, Installation and Debugging are easy to maintenance, practical characteristics.
The strong and weak arbiter 5 of sunray comprises photoelectric sensor, reference signal setup unit and comparing unit, and the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects; Automatically location determinant 6 comprises photoelectric sensor, reference signal setup unit and comparing unit, and the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects; The output of the comparing unit of the strong and weak arbiter 5 of sunray is connected with control unit, control unit is connected with drive motors 44, the running of controlling and driving motor 44 and turning to, the output of locating the comparing unit of determinant 6 automatically is connected with control unit, and controlling and driving motor 44 shuts down.The comparing unit of the strong and weak arbiter 5 of sunray is an operational amplifier, and control unit adopts logic PLC controller.
During operate as normal, at first carry out daylighting from direction separately by the strong and weak arbiter 5 of the sunray that is installed in two each east-west directions on the pallet 32, the photoelectric sensor of two strong and weak arbiters 5 of sunray is in same vertical plane, be 120 ° of angles each other, respectively and between horizontal plane be 30 ° of angles, for improving its sensitivity, parabolic reflective object is installed behind each device.Because the sensitivity and the institute energy requirement of solar panel 2 when opto-electronic conversion of photoelectric sensor do not match, so need make photoelectric sensor receive to seek solar panel 2 is carried out the effective energy grade light source of opto-electronic conversion to the intrinsic sensitivity of photoelectric sensor from newly mating setting.The reference signal that pre-sets in light energy signal that this photoelectric sensor is sought receipts and the reference signal setup unit is sent into simultaneously and after operational amplifier compares the result is exported, its result controls corresponding output relay contact through subsequent conditioning circuit and does corresponding break-make response, the contact of output relay is as the input of logic PLC controller (or other correspondent control circuits), makes corresponding internal relay action (or output of correspondent control circuits) and output with 44 runnings of controlling and driving motor with turn to through the control program of internal control circuit.
Automatically location determinant 6 is judged the intensity of light source grade that directly shone at that time on the solar panel by photoelectric sensor, for improving the precision and the resolution of photoelectric sensor, prevent to disturb light on every side, the cylinder barrel shaped light shield is installed on photoelectric sensor.Photoelectric sensor is received target-seeking energy of light source grade and also can manually be provided with by the reference signal setup unit as required.Because light is a kind of energy, the collection of energy needs the regular hour, so it is to adopt the stepping discontinuous manner that receipts are sought, its stepping is interrupted drive manner to be born by the timer in the logic PLC controller in the circuit (or circulation time-delay relay and corresponding auxiliary relay), the stepping of drive motors 44 be interrupted operation mode can be as required timer (or circulation time-delay relay and corresponding auxiliary relay) by PLC manually set in advance.
When operate as normal, it is very important that the rotating speed of device and stability of rotation seem.What this device adopted is the direct current micro control motor, belongs to high rotating speed, small-power actuator, and device is to need the big torque of the slow-speed of revolution comparatively speaking.The swing mechanism of this device has adopted high efficiency, the planetary reducer of large speed ratio, and its speed ratio can reach hundreds of, and characteristics are that starting current is little, operate steadily, and it is low to consume energy.Simple in structure from heavy and light, moment of inertia is little, does not have impact etc.
For implementation structure simply from heavy and light, moment of inertia is little, does not have characteristics such as impact.Very crucial effect has been played in the rational deployment of apparatus structure and ingenious design.Basic and the centre of gyration in the synthetic center of all moving components of this device is in same vertical plane.Drive motors 44 is fixedly mounted on and drives base plate 42, drive base plate 42 be installed in the centre of gyration be concentricity line and with frame 1 relatively-stationary minor axis 41 on.Minor axis 41 cooperates with frame 1 corresponding circular platform type inner surface by the circular platform type outer surface of afterbody, and minor axis 41 is not held and is provided with the adjustment screw and can carries out centrally aligned and fastening effect.The end that links to each other with all moving components cover 43 links to each other with minor axis 41 by the rolling bearing of installing on self both ends of the surface, and fixedly connected with the chassis 31 of one of moving component, and will drive base plate 42, drive motors 44 covers in its inside, promptly relatively-stationary driving base plate 42, drive motors 44 are installed in the end cover 43 that is kinetic property, the interior volume that chassis 31 surrounds jointly.Driving gear 45 on the drive motors 44 drives 43 runnings of end cover by being fixedly mounted on the semi arch gear wheel that covers on 43 end faces at the end.Because device does not need 360 ° of rotations in whole work, only need east-west direction to wave rotation, so only need the semi arch gear wheel just passable.For alleviating deadweight and lubricating requirement, the semi arch gear wheel adopts nonmetallic materials to make.
On this product, be provided with a special clearing apparatus 7 of making cleaning dust and foreign material.Be responsible for action by a special cleaning drive motors, and the control of the timer in the governor circuit of controlled unit, realize regularly cleaning.For keeping operating steadily, about the two ends of the cleaning board of clearing apparatus 7 are separately positioned on two synchronous belts, synchronous belt is installed on the rotating shaft of two rotating shaft assemblies up and down, following rotating shaft drives rotation by the cleaning drive motors, upper limit device xw1 and lower retainer xw2 are set in clearing apparatus, on cleaning board moves to the battery sheet, touch upper limit device xw1, the cleaning drive motors is out of service, the time of setting, the cleaning drive motors begins counter motion, drives cleaning board and moves downward, and stops behind the shake-up lower retainer xw2.
The core control part of this device has adopted technology maturation, powerful logic PLC controller.Because the soft system circuit of this device inside control has very powerful various flexibly controlled function, makes the hardware control circuit of whole device seem very simple and reliable.Whole device only adopts three photoelectric sensors, a drive motors, makes the circuit supporting with it also seem very simple and clear reliable.
For realizing good looking appearance, Installation and Debugging are easy to maintenance, practical purpose, and all members with profile attribute all adopt the symmetrical profile of rule, simplicity generosity, easy installation and removal.For effectively avoiding the infection of natural environment to it, most member all adopts lightweight nonmetallic materials to make.
The course of work of this device is described by Fig. 5,6,7,8, the 9 interlock circuit figure that show:
In Fig. 5,7,8, the strong and weak arbiter 5 of the sunray of thing both direction is made up of the identical autonomous system of two covers.Finish separately different directions carried out daylighting, and will adopt the light energy grade and the reference signal grade of native system compare with the operational amplifier of sending into native system, send subsequent conditioning circuit with comparative result then.The difference of comparative result just means the different voltage signal grade of operational amplifier output, produce corresponding switching signal (high potential or electronegative potential) through subsequent conditioning circuit, and then control corresponding separately output relay coil sj1, sj2 produce corresponding contact action (on-off).The reference signal of this two covers autonomous system adopts identical grade, promptly is used as the reference signal setup unit of native system with a coaxial duplex variable potentiometer R.The electric shock of output relay sj1 and sj2 is as the discrepancy end of logic PLC controller.
In Fig. 6,7,8, locating determinant 6 automatically also is independently to be finished by another set of acquisition system.Its reference potential can carry out the manual adjustment setting on demand by intrasystem variable potentiometer.Power by sunray produces different current potentials, makes intrasystem GB3 produce corresponding ending or conducting state, and then control output relay coil fj produces corresponding contact action (on-off).The contact of output relay fj is equally as the discrepancy end of logic PLC controller.
Other electronic devices and components are devices such as spacing resistance or current-limiting resistance and directed unilateral diode, storage battery, solar panel among the figure.
In Fig. 7, drive electricity, 44 control is directly exported control by the output relay of logic PLC controller, if the contact current capacity is not enough, can adds relay in addition and amplify back output.On and off switch also can be implemented control with corresponding photoelectric tube, promptly have light to connect unglazed closing.
What Fig. 7,9 showed is the control circuit of clearing apparatus, and xw1 is the upper limit device, and XW2 is a lower retainer.
What Figure 10 showed is the reference circuit of energy comparison circuit
Explanation is at last: above facility case is only in order to illustrate product of the present utility model and technical scheme, although the utility model is had been described in detail with reference to preferable facility case, related personnel in this specialty should be readily appreciated that and grasp and copy, can carry out some modification or equal exchange to the technical solution of the utility model, and not breaking away from basic conception of the present utility model and framework, it all should be encompassed in the middle of the claim scope of the present utility model.
Claims (10)
1. full-automatic receipts of solar energy sought tracker apparatus, it is characterized in that: comprise frame (1), solar panel (2), battery board bracket (3), swing mechanism (4) and tracking Control unit, solar panel (2) is arranged on the battery board bracket (3), described battery board bracket (3) is gone up swing by a cover swing mechanism (4) in frame (1), and sunlight is followed the tracks of in tracking Control unit controls swing mechanism (4) swing;
Described tracking Control unit comprises two strong and weak arbiters of solar energy grade power being differentiated from two different directions of thing (5) of sunray, locatees determinant (6) and control unit automatically, the strong and weak arbiter of sunray (5) is connected with control unit respectively with the signal output part of locating determinant (6) automatically, and control unit is connected with swing mechanism (4);
Sense when setting the sunray of intensity when the strong and weak arbiter of the sunray of one of them direction (5), the strong and weak arbiter of sunray (5) is to the control unit output signal, and control unit control swing mechanism (4) is to this direction swing;
Sense when setting the sunray of intensity when automatic location determinant (6), locate determinant (6) automatically to the control unit output signal, control unit forces swing mechanism (4) to stop swinging.
2. full-automatic receipts of solar energy according to claim 1 sought tracker apparatus, it is characterized in that: between the signal output part of the strong and weak arbiter of the sunray of both direction (5) and control unit, the energy comparison circuit is set, a road high conducting of energy grade when the strong and weak arbiter of sunray (5) of both direction is wherein all sensed greater than the sunray of setting intensity, control swing mechanism (4) is to the stronger direction swing of sunray.
3. full-automatic receipts of solar energy according to claim 1 and 2 sought tracker apparatus, and it is characterized in that: described swing mechanism (4) adopts the planetary gear reduction speed driving mode.
4. full-automatic receipts of solar energy according to claim 3 sought tracker apparatus, it is characterized in that: two minor axises (41) about described swing mechanism (4) comprises, drive base plate (42), end cover (43), drive motors (44), driving gear (45) and arc gear wheel, minor axis (41) is arranged on the frame (1), be swinging center, driving base plate (42) is arranged between two, drive motors (44) is installed in and drives on the base plate (42), driving gear (45) is installed on the drive motors (44), the arc gear wheel is installed on the end cover (43), end cover (43) is fixing with battery board bracket (3), end cover (43) is installed on the minor axis (41) swingably, driving gear (45) constitutes planetary reducer with the engagement of arc gear wheel, and drive motors (44) drives end cover (43) swing by driving gear (45) and arc gear wheel.
5. full-automatic receipts of solar energy according to claim 1 and 2 sought tracker apparatus, it is characterized in that: described battery board bracket (3) comprises chassis (31) and pallet (32), pallet (32) and chassis (31) flexibly connect, and have the steady arm (33) of regulating the pallet elevation angle between pallet (32) and chassis (31).
6. full-automatic receipts of solar energy according to claim 1 and 2 sought tracker apparatus, it is characterized in that: the strong and weak arbiter of described sunray (5) comprises photoelectric sensor, reference signal setup unit and comparing unit, the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects;
Described automatic location determinant (6) comprises photoelectric sensor, reference signal setup unit and comparing unit, and the input of comparing unit is connected with photoelectric sensor, and the reference signal input reference signal regulon of comparing unit connects;
The output of the comparing unit of the strong and weak arbiter of sunray (5) is connected with control unit, and the output of locating the comparing unit of determinant (6) automatically is connected with control unit.
7. full-automatic receipts of solar energy according to claim 6 sought tracker apparatus, it is characterized in that: the photoelectric sensor of the described strong and weak arbiters of two sunrays (5) is in same vertical plane, the angles that are 30 degree between the angles that are 120 degree each other, each and horizontal plane; Automatically the center line of the photoelectric sensor of the center line of the photoelectric sensor of location determinant (6) and two strong and weak arbiters of sunray (5) respectively is the angle of 60 degree.
8. full-automatic receipts of solar energy according to claim 6 sought tracker apparatus, it is characterized in that: described swing mechanism (4) is interrupted drive manner for stepping.
9. full-automatic receipts of solar energy according to claim 6 sought tracker apparatus, it is characterized in that: on the photoelectric sensor of locating determinant (6) automatically, the cylinder barrel shaped light shield is installed, parabolic reflective object is installed behind the photoelectric sensor of the strong and weak arbiter of sunray (5), the comparing unit of the strong and weak arbiter of described sunray (5) is an operational amplifier, and control unit adopts logic PLC controller.
10. seek tracker apparatus according to claim 1 or full-automatic receipts of 2 or 4 or 7 or 8 or 9 described solar energies, it is characterized in that: the automatic cleaning device (10) that keeps the cell panel cleaning surfaces is set on described battery board bracket (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206717941U CN201918925U (en) | 2010-12-21 | 2010-12-21 | Fully automatic search solar tracker device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206717941U CN201918925U (en) | 2010-12-21 | 2010-12-21 | Fully automatic search solar tracker device |
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| Publication Number | Publication Date |
|---|---|
| CN201918925U true CN201918925U (en) | 2011-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206717941U Expired - Lifetime CN201918925U (en) | 2010-12-21 | 2010-12-21 | Fully automatic search solar tracker device |
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| CN (1) | CN201918925U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102004496A (en) * | 2010-12-21 | 2011-04-06 | 周原 | Solar energy fully-automatically searching tracker device |
| CN106301178A (en) * | 2016-08-29 | 2017-01-04 | 安徽凯达能源科技有限公司 | Automatically the solaode of adjustment direction |
| CN107495905A (en) * | 2017-08-31 | 2017-12-22 | 安徽信息工程学院 | Solar energy charging type full-automatic domestic is with the drying integral machine device people that mops floor |
| CN107807675A (en) * | 2017-11-30 | 2018-03-16 | 上海中侨职业技术学院 | Energy tracking acquisition system and method based on orthogonal light-metering sensing |
| CN108667418A (en) * | 2018-05-14 | 2018-10-16 | 台州骊威环保科技有限公司 | A kind of solar energy source collection device |
-
2010
- 2010-12-21 CN CN2010206717941U patent/CN201918925U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102004496A (en) * | 2010-12-21 | 2011-04-06 | 周原 | Solar energy fully-automatically searching tracker device |
| CN102004496B (en) * | 2010-12-21 | 2012-09-05 | 周原 | Solar energy fully-automatically searching tracker device |
| CN106301178A (en) * | 2016-08-29 | 2017-01-04 | 安徽凯达能源科技有限公司 | Automatically the solaode of adjustment direction |
| CN107495905A (en) * | 2017-08-31 | 2017-12-22 | 安徽信息工程学院 | Solar energy charging type full-automatic domestic is with the drying integral machine device people that mops floor |
| CN107495905B (en) * | 2017-08-31 | 2020-06-30 | 安徽信息工程学院 | Solar charging type full-automatic household floor mopping and drying integrated robot |
| CN107807675A (en) * | 2017-11-30 | 2018-03-16 | 上海中侨职业技术学院 | Energy tracking acquisition system and method based on orthogonal light-metering sensing |
| CN108667418A (en) * | 2018-05-14 | 2018-10-16 | 台州骊威环保科技有限公司 | A kind of solar energy source collection device |
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Granted publication date: 20110803 Effective date of abandoning: 20120905 |