CN103186141A - Positioning device of solar energy receiving system - Google Patents
Positioning device of solar energy receiving system Download PDFInfo
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- CN103186141A CN103186141A CN2011104433145A CN201110443314A CN103186141A CN 103186141 A CN103186141 A CN 103186141A CN 2011104433145 A CN2011104433145 A CN 2011104433145A CN 201110443314 A CN201110443314 A CN 201110443314A CN 103186141 A CN103186141 A CN 103186141A
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Abstract
The invention relates to a positioning device of a solar energy receiving system. The solar energy receiving system comprises the positioning device and sunlight receiving boards fixedly mounted on the positioning device, wherein the positioning device comprises a rotary piece, a rotating frame and a second hydraulic system; the rotary piece rotates by taking an axis of the rotary piece as an axle; the rotating frame is fixedly connected with the rotary piece, and rotates with the rotary piece; the sunlight receiving boards are driven to rotate with the rotating frame during rotation; the second hydraulic system is used for driving the rotating frame to rotate by taking the axis of the rotary piece as the axle, comprises at least two hydraulic cylinders, and is provided with fixing seats that correspond to the hydraulic cylinders respectively and are fixedly mounted on the ground or a roof; first ends of the hydraulic cylinders are articulated with the fixing seats respectively; and second ends of the hydraulic cylinders are articulated with the rotary piece.
Description
Technical field
The present invention relates to new energy field, in particular, relate to a kind of locating device of sun power receiving system.
Background technology
In the disc type solar energy system, or carry out in the photovoltaic solar system of bidimensional tracking, locating device is the important factor in order that influences its work efficiency and utilization results of energy to the tracking degree of accuracy of solar azimuth.For example, compare with common fixed type photovoltaic solar energy system, if the solar energy photovoltaic panel of same area size can be perpendicular with sunray all the time, then its efficiency of energy utilization will increase greatly.For the disc type solar energy system, locating device is to the tracking accuracy of the position of sun basic premise of its work especially.
In at present common solar energy system, the method that drives (dish formula condenser or photovoltaic panel) rotation of the locating device real-time tracing sun has two classes usually:
1) motor that adopts adjustable-speed to save, send signal by logic control system to motor, the control motor speed, and then whole condenser or photovoltaic panel are rotated according to predetermined direction and speed, guarantee at any one time, condenser or photovoltaic panel can both improve the generating efficiency and generating total amount of system in this way perpendicular to sunray;
2) use hydraulic mechanism, the same logic control system that uses gives the hydraulic pressure drive system with electric signal, stroke and the action of control hydraulic system, make total system can both aim at the position at sun place at any one time exactly, the raising system is to the day tracking accuracy, thereby reaches the precision of raising system and the purpose of service efficiency.
Adopt motor-driven sun power location device, want to realize that the high precision to sunshine follows the trail of, the motor transmission need be adopted complicated reducing gear and more powerful motor device, is being interrupted the power consumption that can increase motor under the tracking condition simultaneously.
And the locating device of the sun power receiving system that existing employing hydraulic system drives, mostly be to adopt 2 or 2 above hydraulic cylinder controls, the wherein fixed part of hydraulic cylinder fixed installation, action part and sunshine dash receiver are hinged, and the hydraulic cylinder by different length is also made different actions respectively by the different hydraulic cylinder of logical program control and acted accordingly according to the residing diverse location of the sun to order about the sunshine dash receiver.The defective of this locating device is:
1) rotation amplitude is limited, and when morning or at dusk sunray is near the time of level, the driving arm of force of hydraulic means is limited, makes the sunshine dash receiver be difficult to move to the relevant position, and the sunshine dash receiver is merely able to sun-tracing within limits;
2) the mechanical operation precision of motor-driven locating device is lower, and steadiness is relatively poor;
3) power of motor is limited, for the solar energy system of large-size and weight, uses motor-driven unrealistic.
Summary of the invention
One of purpose of the present invention is: the locating device that a kind of sun power receiving system is provided for the defective that solves the locating device in the described solar energy system of above-mentioned prior art.
The present invention provides a kind of locating device of sun power receiving system for solving the defective of above-mentioned prior art, and described solar energy system comprises locating device and the sunshine dash receiver that is fixedly mounted on the described locating device, and described locating device comprises:
Revolving part: can its axis be that axle rotates;
Pivoted frame: fixedly connected with described revolving part, rotate with described revolving part, described pivoted frame drives described sunshine dash receiver when rotating and rotates thereupon;
Second hydraulic system: being used for ordering about pivoted frame serves as that axle rotates with the axis of revolving part; Described second hydraulic system comprises at least two hydraulic cylinders, described second hydraulic system also respectively corresponding each hydraulic cylinder be provided with and be fixedly mounted on the ground or the holder on the roof, first end of described each hydraulic cylinder is hinged with each holder respectively, and its second end is connected by hinged mode with described revolving part respectively.
Preferably, described locating device also comprises fixed installation on the ground or the circular guideway on the roof, and the center of circle of described guide rail and the axis coinciding of described revolving part, described pivoted frame comprise the individual at least guide wheel that is slidingly mounted on the described guide rail.
Preferably, described pivoted frame comprises the individual guide wheel that is slidingly mounted on the described guide rail, and described guide rail is circular groove, and described guide wheel is slidingly mounted in the guide rail of described circular groove.
Preferably, described pivoted frame comprises a guide wheel that is slidingly mounted on the described guide rail, and described guide rail is circular platform, and described guide wheel rolls and is installed in the bottom of described pivoted frame and rolls and drive described pivoted frame on the guide rail of described circular platform again and rotate.
Preferably, described locating device comprises fixed installation on the ground or the pedestal on the roof, and described pedestal is provided with and rotates the central shaft of installing, and described revolving part is described central shaft;
Preferably, described locating device comprises fixed installation on the ground or the pedestal on the roof, and described pedestal is provided with hard-wired central shaft, and described revolving part is the axle sleeve that is rotatably installed on the described central shaft.
Preferably, the fixed part length of the hydraulic cylinder of described second hydraulic system is b, and the holder corresponding with described hydraulic cylinder and the distance between the revolving part are c, and the length of the push rod that is connected with described hydraulic cylinder is a, a≤0.8b, and b≤c≤3b.
Preferably, described second hydraulic system comprises two hydraulic cylinders: first hydraulic cylinder and second hydraulic cylinder, then a≤0.5b, and 1.5b≤c≤2.5b.
Preferably, described revolving part is provided with hard-wired push rod, and second end of each hydraulic cylinder of described second hydraulic system is hinged with described push rod respectively; Described push rod comprises first push rod and second push rod, and second end of described first hydraulic cylinder and second hydraulic cylinder is hinged with described first push rod and second push rod respectively.
Preferably, be installed with two holders on the described ground or on the roof: first holder and second holder, second end of described first hydraulic cylinder and second hydraulic cylinder are hinged with described first holder and second holder respectively.
The locating device of sun power receiving system of the present invention, in arbitrary moment of whole day, comprise very little morning of sun altitude and dusk, guarantee the comprehensive sun-tracing of sunshine dash receiver energy energy, make the operation of sun power receiving plane no longer include the dead angle, can the longer time receive sun power fully, guarantee to aim at the position at sun place exactly at sunshine dash receiver of arbitrary moment of whole day.
It serves as that the axle rotation surpasses more than 180 degree with the axis of revolving part that the locating device of sun power receiving system of the present invention drives whole locating device by two hydraulic cylinders, and each hydraulic cylinder can be controlled by different signalling channels.The locating device cost of sun power receiving system of the present invention is lower, controls more convenient.Satisfying a≤0.5b, during and b≤c≤3b, it serves as that the axle rotation surpasses more than 180 degree with the axis of revolving part that the locating device that can realize sun power receiving system of the present invention can drive whole locating device.Concrete, at 1.5b≤c≤2.5b, the hydraulic cylinder that the locating device that can also realize sun power receiving system of the present invention can be avoided second hydraulic system is not that to contradict each other be exactly the situation of disconnection mutually when operation.
The locating device of sun power receiving system of the present invention is avoided the shortcoming of existing so-called similar hydraulic mechanism.Existing driving mechanism is when moving to some position, and the arm of force of hydraulic stem is minimum, causes required hydraulic thrust very big, and practical application need be disposed very big hydraulic system.And in this patent, because supporting construction rotation is in the horizontal direction separated with rotation at vertical direction, can design separately, avoided occurring such limitation.
The locating device of sun power receiving system of the present invention, control the running of whole solar energy system by being used two mutual independently hydraulic cylinders, two hydraulic cylinders cooperatively interact and use to drive the pivoted frame action, the duty of each hydraulic cylinder can occur stretching simultaneously according to actual conditions, shrink simultaneously, or one stretch the duty of a contracting, and can control the real work of each independent hydraulic cylinder respectively by different signalling channels.All multifactor location dresses of sun power receiving system of the present invention that makes such as the power of hydraulic cylinder and cost thereof are applicable to the sun power receiving system that size is big, weight is bigger.
The structure steadiness of the locating device of sun power receiving system of the present invention is good, be different from aforementioned similar hydraulic mechanism, the supporting construction of the rotating base that adopts in this patent, strengthened the steadiness of whole solar energy system, particularly be positioned at the circular guideway design of bottom, making whole solar energy system center of effort expanded range has on the ground increased the stability under inclement weathers such as high wind greatly, and reason high wind etc. is former thereby cause total system to shake even topple.
Description of drawings
Figure 1 shows that the structural representation of the specific embodiment of the invention one applied solar energy system;
Figure 2 shows that the specific embodiment of the invention one applied solar energy system has just come out or the sun has just been gone down the hill and the plan structure synoptic diagram of one of them hydraulic cylinder when what corresponding push rod is positioned on the straight line at the sun;
Figure 3 shows that the plan structure synoptic diagram of sun power of the present invention location device specific embodiment one;
Figure 4 shows that the plan structure synoptic diagram when second hydraulic cylinder of sun power of the present invention location device specific embodiment two and second push rod are positioned on the straight line;
Figure 5 shows that the plan structure synoptic diagram when first hydraulic cylinder of sun power of the present invention location device specific embodiment two and first push rod are positioned on the straight line;
Figure 6 shows that the plan structure synoptic diagram when second hydraulic cylinder of sun power of the present invention location device specific embodiment three and first push rod are positioned on the straight line;
The sunshine that Figure 7 shows that the sun has just risen or the sun sets when almost being parallel to the degree irradiation ground of surface level, the structural representation of sun power of the present invention location device specific embodiment one;
When Figure 8 shows that solar noon sun light vertical irradiation ground, the structural representation of sun power of the present invention location device specific embodiment one;
Figure 9 shows that when sunshine and surface level angulation are acute angle the structural representation of sun power of the present invention location device specific embodiment one;
Figure 10 shows that thrust hydraulic cylinder and bracing frame and the pivoted frame angle curve relation figure of three kinds of first different hydraulic systems;
Figure 11 shows that hydraulic cylinder length and bracing frame and the pivoted frame angle curve relation figure of first hydraulic system that three kinds shown in Figure 14 are different.
Embodiment
The locating device of sun power receiving system of the present invention can be applicable to the solar energy system of various sizes, realized the high precision tracking of solar energy system to the sun, make the sunshine dash receiver all to keep vertical with sunray at any time, to realize the maximized sunshine of accepting of solar energy system.Use the locating device of sun power receiving system of the present invention can significantly improve the track positioning accuracy to the sun of solar energy system in operation process, the reception flat board of guaranteeing sun power can whole day real-time tracing sun's motion position, to improve the utilization factor of solar energy system.Introduce the specific embodiment of the present invention in detail below in conjunction with accompanying drawing:
In this instructions:
1) control device does not belong to inventive point of the present invention, does not therefore do detailed explanation in this manual.
2) ground and roof mean the position of fixed installation solar energy system, are not limited thereto, only as teachings.
3) hydraulic cylinder comprises hydraulic cylinder cylinder sleeve and the piston or the guide rod that are slidingly mounted in the cylinder sleeve, and in this manual, cylinder sleeve is defined as fixed part, and movable guide rod or piston are defined as action part.
4) horizontal direction: direction parallel to the ground; Short transverse: direction perpendicular to the ground.
5) dead point: the hydraulic cylinder of second hydraulic system and connected push rod are in a straight line.
In the solar energy system as shown in Figure 1 and Figure 2, solar system comprises sun power location device and is fixedly mounted on sunshine dash receiver 2 on the locating device, and sunshine dash receiver 2 is provided with hard-wired solar energy acceptor 1 and sends to control device with signals such as the intensity of induction sunray and angles.Control device according to these feedback signals send again command adapted thereto to locating device with adjust sunshine dash receiver 2 the position.
In actual applications, Fig. 3-embodiment shown in Figure 9 be applied to solar energy system also can according to carry 1 and Fig. 2 shown in structure install and use, other parts of institute's abridged solar energy system and mounting means of the present invention are expected easily for those skilled in the art among Fig. 3-Fig. 9, from Fig. 1 and Fig. 2, also be easy to find out, in other accompanying drawings of this instructions, repeat no more.
The invention provides three kinds of embodiments, the part-structure of three kinds of embodiments is identical, and same section is as follows:
To shown in Figure 9, locating device comprises as Fig. 1:
Revolving part: can its axis be that axle rotates.
Pivoted frame 4: fixedly connected with revolving part, rotate with revolving part, pivoted frame 4 drives sunshine dash receiver 2 when rotating and rotates thereupon.
Locating device comprises fixed installation on the ground or the pedestal on the roof 500, and pedestal 500 is provided with and rotates the central shaft of installing 5, and pivoted frame 4 is fixedlyed connected with revolving part, axle 5 centered by the revolving part.
Can also be that locating device comprises fixed installation on the ground or the pedestal on the roof 500, pedestal 500 is provided with hard-wired central shaft 5, pivoted frame 4 is fixedlyed connected with the axle sleeve on being rotatably installed in central shaft 5, and revolving part is the axle sleeve that is rotatably installed on the central shaft 5.This programme does not embody in the accompanying drawings, but those skilled in the art should learn the general configuration of this scheme according to above-mentioned character express.
In the present embodiment, central shaft 5 is rotatably installed on the ground or on the roof, as can be seen from the figure, on the ground or roof is provided with hard-wired pedestal 500 in the specific embodiments of the invention, and central shaft 5 is rotatably installed in the pedestal 500.The mounting means of specific embodiments of the invention is only for referencial use, and the concrete mounting means of central shaft 5 is not subjected to the restriction of specific embodiments of the invention.
Pivoted frame 4 is fixedly mounted on the central shaft 5 in the present embodiment, also can be structure as a whole with central shaft 5, and pivoted frame 4 comprises the guide wheel that is slidingly mounted on the guide rail 9.Pivoted frame 4 structure in the form of a substantially rectangular in the specific embodiments of the invention, Qi Sijiao is provided with 4 legs, and the leg bottom is provided with the guide wheel that is slidingly mounted in the guide rail 9, fixedlys connected with central shaft 5 by connecting rod respectively for its four jiaos.The structure of the pivoted frame 4 of specific embodiments of the invention is only for referencial use, and the concrete structure of pivoted frame 4 is not subjected to the restriction of specific embodiments of the invention.
Except of the present invention be the structure shown in the example, can also be that pivoted frame 4 is fixedlyed connected with the axle sleeve on being rotatably installed in central shaft 5 or pivoted frame 4 is provided with the forms such as axle sleeve of integrative-structure.The shape of pivoted frame 4 is not limit, can be polygonal also can be circular or other is irregularly shaped, can be that the connecting rod rack structure also can be tabular entity structure, it comprises at least three guide wheels.Guide wheel both can be to be slidingly mounted in the guide rail 9 of circular groove, also can be the roller that is rotatably installed in the leg bottom of pivoted frame 4, drove pivoted frame 4 and rotated at the guide rail 9 of circular platform.When guide rail 9 was platform, its shape was not limit, because the scope of activities of pivoted frame 4 is circular, so be called circular platform.When guide rail 9 is platform, suffered rotation friction when not only having reduced sun power location device and rotating in the horizontal direction, and can be so that foreign matters such as sandstone are difficult for entering on the running orbit of roller, the failure risk when having reduced whole supporting construction operation.
Bracing frame 3: one side and pivoted frame 4 are rotationally connected, and sunshine dash receiver 2 is fixedly mounted on the bracing frame 3.
As shown in the figure, the bracing frame 3 of specific embodiments of the invention is the polygon steelframe, and a side of a side pivoted frame 4 of bracing frame 3 connects by the mode that is rotationally connected, and bracing frame 3 can be that axis rotates with the side that is rotationally connected relative to pivoted frame 3.The structure of the bracing frame 3 of specific embodiments of the invention is only for referencial use, and the concrete structure of bracing frame 3 is not subjected to the restriction of specific embodiments of the invention.
First hydraulic system: be arranged between pivoted frame 4 and the bracing frame 3, the side that is rotationally connected with bracing frame 3 and pivoted frame 4 for driving bracing frame 3 is that axis rotates relative to pivoted frame 4; First hydraulic system comprises at least one hydraulic cylinder, and the fixed part of hydraulic cylinder and the end of action part are hinged with pivoted frame 4 and bracing frame 3 respectively, and perhaps the action part of hydraulic system and fixed part are hinged with pivoted frame 4 and bracing frame 3 respectively.
In first hydraulic system, bracing frame 3 and pivoted frame 4 are rotationally connected by side between the two, so that bracing frame 3 can be under the effect of first hydraulic system serve as that axle rotates with the side that is rotationally connected, keep motionless angle with plane, guide rail 9 place according to different solar light irradiation angles thereby drive the sunshine dash receiver, to guarantee the peak use rate of sunshine.
Concrete, first hydraulic system comprises the 4th hydraulic cylinder 800 and the 5th hydraulic cylinder 801 among the present invention.
Concrete, the 4th hydraulic cylinder 800 is respectively on the plane at bracing frame 3 places and a plane of projection and 800 formation of the 4th hydraulic cylinder on the plane at pivoted frame 4 places, and described plane is vertical with the plane at the plane at bracing frame 3 places and pivoted frame 4 places respectively.
The 5th hydraulic cylinder 801 respectively on the plane at bracing frame 3 places and the projection on the plane at pivoted frame 4 places and the 5th hydraulic cylinder 801 form a plane, described plane is vertical with the plane at the plane at bracing frame 3 places and pivoted frame 4 places respectively.
Labour-saving mounting means when the 4th hydraulic cylinder 800 and the 5th hydraulic cylinder 801 are installed in a manner described, both working methods are for pushing away synchronously or drawing synchronously, and both models can be the same or different, and are more suitable for control and maintenance when model is identical.
The fixed part of hydraulic system and action part are hinged with pivoted frame 4 and bracing frame 3 respectively in the specific embodiments of the invention, also can be that action part and the fixed part of hydraulic system is hinged with described pivoted frame 4 and bracing frame 3 respectively in the practical application.Order about the sunshine dash receiver 2 that is fixedly mounted on the bracing frame 3 and turn on the plane vertical with sunshine according to the sun and ground level angulation by first hydraulic system is set between the bracing frame 3 that is rotationally connected and pivoted frame 4, and rotational angle can reach more than 90 degree, so just can obtain maximized sunshine utilization factor.
To be rotatably connected on side on the pivoted frame 4 with bracing frame 3 be that axis rotates 90 degree relative to pivoted frame 4 in order to guarantee first hydraulic system can to order about bracing frame 3 at least.As shown in Figure 8, the side that is rotatably connected on the pivoted frame 4 with bracing frame 3 is D in the distance that short transverse and hydraulic cylinder are hinged on the pin joint line on the pivoted frame, the side that bracing frame 3 is rotatably connected on the pivoted frame 4 is H with the distance that hydraulic cylinder is hinged on the pin joint line on the pivoted frame in the horizontal direction, and the pin joint that hydraulic cylinder is hinged on the pivoted frame is L with the distance that bracing frame 3 is rotatably connected on the side on the pivoted frame 4 in the horizontal direction.Must satisfy following relation: 1≤H/L≤15 between the three; 1≤H/D≤15.
Aspect the follow-up maintenance of considering solar energy system, bracing frame 3 is that the angular range that axis rotates relative to pivoted frame 4 need guarantee can reach at least 135 degree with the side that bracing frame 3 is rotatably connected on the pivoted frame 4.
When the moment that is rotatably connected on the side on the pivoted frame 4 with respect to bracing frame 3 when the sunshine dash receiver is 10000N.M, when the angle of bracing frame 3 and pivoted frame 4 was the 90 degree left and right sides, hydraulic cylinder was to the acting force minimum of bracing frame 3 as can be seen for experimental result by as shown in figure 10.When relative 90 degree of angle diminished or increase, hydraulic cylinder was to all exponentially growths of acting force of bracing frame 3.And the type selecting of hydraulic cylinder is selected according to required maximum force.
As can be seen from the figure, when L, H constant, when D increases:
When the angle of bracing frame 3 and pivoted frame 4 was the 0 degree left and right sides, the D more expulsive force of small cylinder was more little, and when bracing frame 3 was spent greater than 90 with the angle of pivoted frame 4, the D more pulling force of small cylinder was more big.Can find that in the curve of dotted line and solid line hydraulic cylinder appears on the dotted line the maximum force of bracing frame.Therefore D is more big, and the power of required hydraulic cylinder is also more big, if but D selects too smallly,, then the selectable length of hydraulic cylinder is more little, then causes finding suitable hydraulic cylinder.
When H, D constant, when L increases:
When the angle of bracing frame 3 and pivoted frame 4 was the 0 degree left and right sides, the L more expulsive force of small cylinder was more big, and when bracing frame 3 was spent greater than 90 with the angle of pivoted frame 4, the L more pulling force of small cylinder was more big.If but H is excessive relatively for L, then the selectable length of hydraulic cylinder is more little, then causes finding suitable hydraulic cylinder.
Because hydraulic cylinder its length in the course of the work can stretch, be that action part is retracted in the fixed part fully the most in short-term, it is the longest when the longest to be that action part extend out to from fixed part fully.Can be understood as in conventional hydraulic cylinder, its maximum length can not surpass the twice of its minimum length.And as can be seen from Figure 11, the hydraulic cylinder minimum length of dot-and-dash line representative is 1.41m(compression) stretch to maximum length 5.03m() state, be difficult to choose suitable hydraulic cylinder.Eaily in the curve, in conjunction with Figure 10 as can be known, the hydraulic cylinder type selecting of solid line representative is convenient and power is less relatively in the hydraulic cylinder type selecting.
Can find the hydraulic cylinder type selecting easily under the situation in the curve of Figure 10 and Figure 11, hydraulic cylinder appears on the solid line the minimum force of bracing frame, so the ratio of L, H, D is preferred value with the 1:3:1 of dot-and-dash line representative.
Because of the power of hydraulic cylinder when more big, its cost is more high, and its size is also more big, safeguards that installation difficulty also increases thereupon.By above-mentioned evidence, and Comprehensive analysis results shows that the preferred value of the ratio of L, H, D is 2:3:1.
Second hydraulic system: being used for ordering about pivoted frame 4 serves as that axle rotates with the axis of revolving part; Comprise at least two hydraulic cylinders, each hydraulic cylinder is corresponding respectively to be provided with one and to be fixedly mounted on the ground or the holder on the roof, and first end of each hydraulic cylinder is hinged with each holder respectively, and its second end is connected by hinged mode with revolving part respectively.
Concrete, revolving part is provided with hard-wired push rod, and second end of each hydraulic cylinder is connected by hinged mode with push rod respectively.
Comprise two hydraulic cylinders as Fig. 1 to second hydraulic system shown in Figure 9: first hydraulic cylinder 700 and second hydraulic cylinder 701.
In the time of concrete enforcement, the hydraulic cylinder of second hydraulic system can be simultaneously pivoted frame to be applied expulsive force, also can be simultaneously pivoted frame to be applied pulling force, can also be that push-and-pull is used, and specifically can implement according to the instruction of control device.
The fixed part length of the hydraulic cylinder of second hydraulic system is b, and the holder corresponding with hydraulic cylinder and the distance between the revolving part are c, and the length of the push rod that is connected with hydraulic cylinder is a.Then satisfy following relation: a≤0.5b, b≤c≤3b between a, b, the c.For guaranteeing that second hydraulic system can drive the angle that pivoted frame 4 rotates and be not less than 180 degree, must satisfy above-mentioned condition between a, b, the c three, because of the relation between a, b, the c also with push rod between angle relevant, so b≤c≤3b can not satisfy all situations fully.1.5b during≤c≤2.5b, no matter angle is much between the push rod, can both guarantee during a≤0.5b that second hydraulic system can drive the angle that pivoted frame 4 rotates and be not less than 180 degree.
When all hydraulic cylinder of second hydraulic system all is in the dead-centre position, do not having under the situation of external force, second hydraulic system of sun power location device can't turn round.And when at least one hydraulic cylinder of second hydraulic system be not during for the dead point state, what second hydraulic system all still can operate as normal.
All be in the situation of dead-centre position for all hydraulic cylinder of avoiding occurring second hydraulic system, when first hydraulic cylinder 700 and first push rod 600 were positioned on the straight line, second hydraulic cylinder 701, second push rod 601 and second holder 711 formed triangle with the line of revolving part; Perhaps when second hydraulic cylinder 701 and second push rod 601 were positioned on the straight line, first hydraulic cylinder 700, first push rod 600 and first holder 710 formed triangle with the line of revolving part.
Proportionate relationship scope between above-mentioned a, b, the c three has then avoided all hydraulic cylinder of second hydraulic system to be in the dead point state simultaneously well.
The fixed part of hydraulic system and action part are hinged with pivoted frame 4 and bracing frame 3 respectively in the specific embodiments of the invention, also can be that action part and the fixed part of hydraulic system is hinged with described pivoted frame 4 and bracing frame 3 respectively in the practical application.Order about the sunshine dash receiver 2 that is fixedly mounted on the bracing frame 3 and turn on the plane vertical with sunshine according to the sun and ground level angulation by first hydraulic system is set between the bracing frame 3 that is articulated and connected and pivoted frame 4, and rotational angle can reach more than 90 degree, so just can obtain maximized sunshine utilization factor.
Order about sun power location device by different hydraulic cylinders because of first hydraulic system respectively with second hydraulic system and move to realize that in different azimuth solar energy system is to the accurate tracking of sunray.This positioning system both can be applied in the small-sized solar system, also can be applied in the ultra-large type solar energy system.Existing electric motor driven solar energy system just be not suitable for when solar energy system acquires a certain degree because of the limitation of motor power (output).And hydraulic cylinder needs only choosing to model, and its driving force is changeable, does not limit to fully.And different hydraulic cylinders can be by the control of different signal wire, can be under the situation of simplifying action as far as possible sun-tracing light as soon as possible.
The difference of three embodiment of the present invention is:
Wherein angulation is 0 ° ~ 180 ° between first push rod 600 and second push rod 601.Being angle between two push rods in the embodiments of the invention one is 90 °, and being angle between two push rods among the embodiment two is 180 °, and being angle between two push rods among the embodiment three is 0 °. Embodiment 1,2,3 difference only are this, and other parts are roughly the same.
The hydraulic cylinder that proportionate relationship scope between above-mentioned a, b, the c three has then avoided all hydraulic cylinder of second hydraulic system to be in dead point state or second hydraulic system simultaneously well contradicts each other in the course of the work.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. the locating device of a sun power receiving system, described solar energy system comprise locating device and are fixedly mounted on sunshine dash receiver (2) on the described locating device, it is characterized in that described locating device comprises:
Revolving part: can its axis be that axle rotates;
Pivoted frame (4): fixedly connected with described revolving part, rotate with described revolving part, described pivoted frame (4) drives described sunshine dash receiver (2) when rotating and rotates thereupon;
Second hydraulic system: being used for ordering about pivoted frame (4) serves as that axle rotates with the axis of revolving part; Described second hydraulic system comprises at least two hydraulic cylinders, described second hydraulic system also respectively corresponding each hydraulic cylinder be provided with and be fixedly mounted on the ground or the holder on the roof, first end of described each hydraulic cylinder is hinged with each holder respectively, and its second end is connected by hinged mode with described revolving part respectively.
2. the locating device of sun power receiving system according to claim 1, it is characterized in that, described locating device also comprises fixed installation on the ground or the circular guideway on the roof (9), the center of circle of described guide rail (9) and the axis coinciding of described revolving part, described pivoted frame (4) comprise at least 3 guide wheels that are slidingly mounted on the described guide rail (9).
3. the locating device of sun power receiving system according to claim 2, it is characterized in that, described pivoted frame (4) comprises 4 guide wheels that are slidingly mounted on the described guide rail (9), and described guide rail (9) is circular groove, and described guide wheel is slidingly mounted in the guide rail (9) of described circular groove.
4. the locating device of sun power receiving system according to claim 2, it is characterized in that, described pivoted frame (4) comprises 4 guide wheels that are slidingly mounted on the described guide rail (9), described guide rail (9) is circular platform, and described guide wheel rolls and is installed in the bottom of described pivoted frame (4) and rolls and drive described pivoted frame (4) on the guide rail of described circular platform (9) again and rotate.
5. according to the locating device of each described sun power receiving system of claim 1-4, it is characterized in that, described locating device comprises fixed installation on the ground or the pedestal on the roof (500), described pedestal (500) is provided with and rotates the central shaft of installing (5), and described revolving part is described central shaft (5).
6. according to the locating device of each described sun power receiving system of claim 1-4, it is characterized in that, described locating device comprises fixed installation on the ground or the pedestal on the roof (500), described pedestal (500) is provided with hard-wired central shaft (5), and described revolving part is for being rotatably installed in the axle sleeve on the described central shaft (5).
7. according to the locating device of each described sun power receiving system of claim 1-6, it is characterized in that, the fixed part length of the hydraulic cylinder of described second hydraulic system is b, the holder corresponding with described hydraulic cylinder and the distance between the revolving part are c, the length of the push rod that is connected with described hydraulic cylinder is a, a≤0.8b, and b≤c≤3b.
8. the locating device of sun power receiving system according to claim 7 is characterized in that, described second hydraulic system comprises two hydraulic cylinders: first hydraulic cylinder (700) and second hydraulic cylinder (701), then a≤0.5b, and 1.5b≤c≤2.5b.
9. the locating device of sun power receiving system according to claim 8 is characterized in that, described revolving part is provided with hard-wired push rod, and second end of each hydraulic cylinder of described second hydraulic system is hinged with described push rod respectively; Described push rod comprises first push rod (600) and second push rod (601), and second end of described first hydraulic cylinder (700) and second hydraulic cylinder (701) is hinged with described first push rod (600) and second push rod (601) respectively.
10. the locating device of sun power receiving system according to claim 9, it is characterized in that, be installed with two holders on the described ground or on the roof: first holder (710) and second holder (711), second end of described first hydraulic cylinder (700) and second hydraulic cylinder (701) are hinged with described first holder (710) and second holder (711) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104467637A (en) * | 2013-09-23 | 2015-03-25 | 西安邮电大学 | Self-adaptive solar power system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2284935Y (en) * | 1996-09-25 | 1998-06-24 | 马训福 | Daylight tracking instrument |
| US6123067A (en) * | 1999-03-31 | 2000-09-26 | Amonix, Inc. | Solar collector tracking system |
| CN101131259A (en) * | 2006-08-25 | 2008-02-27 | 中国科学院半导体研究所 | Double-rail synchronous sun tracking device |
| CN101403926A (en) * | 2008-10-23 | 2009-04-08 | 北京交通大学 | Hydraulic three-rod support type solar tracking apparatus |
| ES2322527B2 (en) * | 2007-03-21 | 2011-01-31 | Generaciones Fotovoltaicas De La Mancha S.L. | SOLAR PHOTOVOLTAIC FOLLOWER. |
| CN102109852A (en) * | 2011-02-23 | 2011-06-29 | 江苏武进液压启闭机有限公司 | All-day automatic tracking system |
| CN102158132A (en) * | 2011-04-11 | 2011-08-17 | 江苏武进液压启闭机有限公司 | All-dome hydraulic-drive solar tracking system |
-
2011
- 2011-12-27 CN CN201110443314.5A patent/CN103186141B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2284935Y (en) * | 1996-09-25 | 1998-06-24 | 马训福 | Daylight tracking instrument |
| US6123067A (en) * | 1999-03-31 | 2000-09-26 | Amonix, Inc. | Solar collector tracking system |
| CN101131259A (en) * | 2006-08-25 | 2008-02-27 | 中国科学院半导体研究所 | Double-rail synchronous sun tracking device |
| ES2322527B2 (en) * | 2007-03-21 | 2011-01-31 | Generaciones Fotovoltaicas De La Mancha S.L. | SOLAR PHOTOVOLTAIC FOLLOWER. |
| CN101403926A (en) * | 2008-10-23 | 2009-04-08 | 北京交通大学 | Hydraulic three-rod support type solar tracking apparatus |
| CN102109852A (en) * | 2011-02-23 | 2011-06-29 | 江苏武进液压启闭机有限公司 | All-day automatic tracking system |
| CN102158132A (en) * | 2011-04-11 | 2011-08-17 | 江苏武进液压启闭机有限公司 | All-dome hydraulic-drive solar tracking system |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104467637A (en) * | 2013-09-23 | 2015-03-25 | 西安邮电大学 | Self-adaptive solar power system |
| CN104467637B (en) * | 2013-09-23 | 2017-09-22 | 西安邮电大学 | Self-adapting solar energy electricity generation system |
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| CN103186141B (en) | 2018-02-02 |
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