CN205792356U - A kind of light follows the tracks of the distributed photovoltaic electric power station system of integrating control - Google Patents

A kind of light follows the tracks of the distributed photovoltaic electric power station system of integrating control Download PDF

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Publication number
CN205792356U
CN205792356U CN201620758824.XU CN201620758824U CN205792356U CN 205792356 U CN205792356 U CN 205792356U CN 201620758824 U CN201620758824 U CN 201620758824U CN 205792356 U CN205792356 U CN 205792356U
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east
western
edge
south
hoist cylinder
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钱其峰
熊磊
陈仲国
李加明
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ZHEJIANG SUNOLOGY CO Ltd
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ZHEJIANG SUNOLOGY CO Ltd
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy

Abstract

This utility model provides a kind of light and follows the tracks of the distributed photovoltaic electric power station system of integrating control.Seesaw of the present utility model supports platform and has the east and western end, and the lower section of the east arranges east hoist cylinder, and the lower section of western end arranges western hoist cylinder;Seesaw supports westwards to be held by the east on platform and is arranged in order some unit stations, in unit station, lifting platform is set, main hoist cylinder is set in lifting platform, main hoist cylinder protrudes upward expansion link, the top of expansion link connects photovoltaic battery panel by universal joint, east side below photovoltaic battery panel arranges east telescopic oil cylinder, and the southern side below photovoltaic battery panel arranges south telescopic oil cylinder;The centre position of photovoltaic cell plate top surface arranges middle part illuminance sensor, middle part illuminance sensor in adjacent cells station forms associated connection by circuit, arranging edge illuminance sensor on the centre position at each edge of photovoltaic battery panel, each edge illuminance sensor in each unit station forms associated connection by circuit.

Description

A kind of light follows the tracks of the distributed photovoltaic electric power station system of integrating control
Technical field
This utility model belongs to technical field of power generation, relates to a kind of photovoltaic power generation equipment, and particularly a kind of light is followed the tracks of integrated The distributed photovoltaic electric power station system controlled.
Background technology
Along with the development of human society, energy and environment problem increasingly becomes the significant problem affecting human development, stone The waste gas such as the conventional energy resource quantity such as oil, natural gas gradually decrease, carbon dioxide discharge causes increasing environmental pollution.Sending out of new forms of energy Generated is the important content of current Science & Society development.Solar energy is more and more extensive as a kind of inexhaustible clean energy resource The production being applied to people and life among, solar energy generation technology is increasingly mature, and cost is gradually lowered, and adds national policy Encouragement, distributed photovoltaic power station is increasingly appearing in around us.
Showing to be effectively improved generated energy and application, power station, roof and tracking technique are combined.Follow the tracks of power station at present Mainly there are single shaft and two kinds of forms of double-axis tracking, from input cost, generating efficiency etc. because of usually, the generating efficiency of double-axis tracking The highest but cost is the highest, the generating efficiency of uniaxiality tracking is taken second place, but cost is the most cheap.Follow the tracks of power station at present mostly to install On the ground, along with the anxiety of land resource, cost of land steps up, and therefore makes full use of building roof construction and follows the tracks of power station Become Future Development trend.
Roof shadow-free tracking technique makes full use of roof area, improves in uniaxiality tracking technical foundation simultaneously, Accomplish the tracking effect of oblique single shaft, and the use of shadow-free tracking technique, then further reduce space waste, and improve Tracking stability, improves generating efficiency, reduces cost simultaneously.
Distributed photovoltaic power station typically refers to utilize distributing resource, installation scale less, be arranged near user Electricity generation system, it typically accesses less than 35 kilovolts or the electrical network of more low-voltage-grade.Distributed photovoltaic power station refers in particular to use photovoltaic Assembly, is converted directly into the distributed photovoltaic electric power station system of electric energy by solar energy.
Utility model content
The purpose of this utility model is to there are the problems referred to above for existing technology, it is proposed that one utilizes seesaw as holding Torquay layer, to follow the characteristics of motion that the sun rises in east and drop in west, combines design lifting, roll steer action simultaneously on upper strata, so that Every piece of photovoltaic battery panel realizes the optimal light receiving light effect and follows the tracks of the distributed photovoltaic electric power station system of integrating control.
The purpose of this utility model can be realized by following technical proposal: a kind of light follows the tracks of the distributed light of integrating control Overhead utility system, including direct current conflux case, inverter, two-way ammeter and some photovoltaic battery panels, also includes control chamber and seesaw Support platform;Described seesaw supports the centre position of platform and arranges jointed shaft, and the lower section of described jointed shaft arranges support seat, described seesaw Supporting platform and have the east and western end, the lower section of described the east arranges east hoist cylinder, the elevating lever of described east hoist cylinder The bottom surface of tip contact the east, the lower section of described western end arranges western hoist cylinder, the lifting masthead of described western hoist cylinder The bottom surface of the western end of end in contact;Described seesaw supports westwards to be held by the east on platform and is arranged in order some unit stations, some described lists Unit's station is arranged to No. n, the most sequentially according to n+1 spread configuration by the east;In described unit station, lifting platform is set, institute Arranging main hoist cylinder in stating lifting platform, described main hoist cylinder protrudes upward expansion link, and the top of described expansion link passes through ten thousand Connecting described photovoltaic battery panel to joint, the east side below described photovoltaic battery panel arranges east telescopic oil cylinder, described east telescopic oil cylinder Expansion link tip contact described in the bottom surface at edge, photovoltaic battery panel east side, the southern side below described photovoltaic battery panel arranges south and stretches Contracting oil cylinder, the bottom surface on photovoltaic battery panel south edge edge described in the expansion link tip contact of described south telescopic oil cylinder;Described photovoltaic electric The centre position of pond plate top surface arranges middle part illuminance sensor, the middle part illuminance sensor in No. n described unit station and n Middle part illuminance sensor in+No. 1 described unit station forms associated connection, each edge of described photovoltaic battery panel by circuit Centre position on edge illuminance sensor is set, each edge illuminance sensor in each described unit station passes through Circuit forms associated connection;Described control chamber connects above-mentioned east hoist cylinder, western hoist cylinder, main lifting oil by circuit Cylinder, east telescopic oil cylinder, south telescopic oil cylinder, middle part illuminance sensor and edge illuminance sensor.
This light follows the tracks of the distributed photovoltaic electric power station system of integrating control, and its mechanism is:
The most when mounted, the east making seesaw support platform points to east, and western end points to west, i.e. seesaw and supports platform along east West is to fixedly secured.Open control chamber and first control east hoist cylinder and western hoist cylinder matches counteragent, with Order about seesaw and support the east and the western end reciprocally swinging effect of platform, i.e. make seesaw prop up according to being raised up to fall from the sun in the middle of one day The end face of support platform is met to the sun, and rotates from east to west according to given pace, and when night, seesaw supports platform recovery initial position To prepare to meet the sun of second day.Because of rising in east and drop in west of the sun, therefore sunlit angle is change, by long to the east of edge, west Some photovoltaic battery panels of degree direction arrangement, because of the different of position thus its sunlight angle received is the most different.For avoiding front side Photovoltaic battery panel the photovoltaic battery panel of rear side is blocked generation shade so that the photovoltaic battery panel of rear side cannot be carried out luminous energy inhale Receive, thus need the height of diverse location photovoltaic battery panel is adjusted.Because of the middle part illuminance in No. n described unit station Sensor forms associated connection with the middle part illuminance sensor in No. n+1 described unit station by circuit, therefore in both The illuminance transmission that portion's illuminance sensor is sensed compares to control chamber, if both differences are more than the permission set Scope, control chamber just manipulates illuminance value photovoltaic battery panel bigger than normal and declines, and the photovoltaic battery panel rising that illuminance value is less than normal, Until the illuminance difference measured by adjacent photovoltaic cell plate is positioned at setting allowed band.The most constantly by adjacent photovoltaic electricity The comparison of the medium position illuminance of pond plate, regulation difference in height position each other, make seesaw support overall photovoltaic battery panel on platform Shadow occlusion all can be avoided to obtain reasonably height arrangement.Specifically, the morning entirety photovoltaic battery panel step up arrangement, Overall photovoltaic battery panel declines arrangement step by step in the afternoon.In light application time by day, sunlight except the movement of east-west direction, Also north and south can be occurred to offset because of the change in season, thing moves the tilt adjustments needing photovoltaic battery panel to carry out east-west direction, North and south skew needs photovoltaic battery panel to carry out the tilt adjustments of North and South direction.On thing edge two on one piece of photovoltaic battery panel The illuminance transmission that edge illuminance sensor is sensed compares to control chamber, if both differences are more than permitting of setting Being permitted scope, control chamber just manipulates east telescopic oil cylinder and carries out expanding-contracting action, to adjust the thing angle of inclination of photovoltaic battery panel, until The illuminance difference that two edge illuminance sensors on thing edge are sensed is positioned at setting allowed band.One piece of photovoltaic The illuminance transmission that on cell panel, two edge illuminance sensors on edge, north and south are sensed compares to control chamber, If both differences are more than the allowed band set, control chamber just manipulates south telescopic oil cylinder and carries out expanding-contracting action, to adjust photovoltaic The angle of inclination, north and south of cell panel, until the illuminance difference position that two edge illuminance sensors on edge, north and south are sensed In setting allowed band.
In above-mentioned light follows the tracks of the distributed photovoltaic electric power station system of integrating control, the elevating lever of described east hoist cylinder Arranging east rubber disc on top, described east rubber disc is adsorbed on the bottom surface of the east, the lifting masthead of described east hoist cylinder Hold and be connected by universal joint between the rubber disc of east;On the elevating lever top of described western hoist cylinder, western rubber disc, institute are set State western rubber disc to adsorb on the bottom surface of western end, by ten thousand between elevating lever top and the western rubber disc of described western hoist cylinder Connect to joint.
In above-mentioned light follows the tracks of the distributed photovoltaic electric power station system of integrating control, the flexible masthead of described east telescopic oil cylinder Arranging east rubber disc on end, described east rubber disc is adsorbed on the bottom surface at edge, east side, the flexible masthead of described east telescopic oil cylinder Hold and be connected by universal joint between the rubber disc of east;South rubber disc is set on the expansion link top of described south telescopic oil cylinder, described South rubber disc is adsorbed on the bottom surface on south edge edge, by ten thousand between expansion link top and the south rubber disc of described south telescopic oil cylinder Connect to joint.
In above-mentioned light follows the tracks of the distributed photovoltaic electric power station system of integrating control, described photovoltaic battery panel square or Person's rectangle.
Compared with prior art, the distributed photovoltaic electric power station system of this light tracking integrating control utilizes seesaw as support base Layer, to follow the characteristics of motion that the sun rises in east and drop in west, realize sticking up east the morning by the counteragent at seesaw two ends, afternoon court West is stuck up, it is achieved the tracking effect of light;Simultaneously at the independent-lifting of top-level design every piece photovoltaic battery panel, by adjusting each piece The difference in height of plate body, to avoid shadow occlusion, improves the receipts light area utilization rate of every block of plate;Same photovoltaic battery panel arranges each side To deflection running, the small deflection correspondence thus according to light adjusts, and the receipts light effect making integral slab face is consistent, is finally reached Every piece of photovoltaic battery panel realizes most preferably receiving light effect.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram that this light follows the tracks of the distributed photovoltaic electric power station system of integrating control.
In figure, 1, seesaw support platform;2, seat is supported;3, east hoist cylinder;4, western hoist cylinder;5, main lifting oil Cylinder;6, east telescopic oil cylinder;7, photovoltaic battery panel;8, middle part illuminance sensor;9, edge illuminance sensor.
Detailed description of the invention
The following is specific embodiment of the utility model and combine accompanying drawing, the technical solution of the utility model is made further Description, but this utility model is not limited to these embodiments.
As it is shown in figure 1, this light follow the tracks of integrating control distributed photovoltaic electric power station system, including direct current conflux case, inverter, Two-way ammeter and some photovoltaic battery panels 7, also include that control chamber and seesaw support platform 1;Seesaw supports the centre position of platform 1 and arranges Jointed shaft, the lower section of jointed shaft arranges support seat 2, and seesaw supports platform 1 and has the east and western end, and the lower section of the east arranges east liter Fall oil cylinder 3, the bottom surface of the elevating lever tip contact the east of east hoist cylinder 3, the lower section of western end arranges western hoist cylinder 4, The bottom surface of the western end of elevating lever tip contact of western hoist cylinder 4;Seesaw support westwards held by the east on platform 1 be arranged in order some Unit station, some unit stations are arranged to No. n by the east, the most sequentially according to n+1 spread configuration;Set in unit station Putting lifting platform, arrange main hoist cylinder 5 in lifting platform, main hoist cylinder 5 protrudes upward expansion link, and the top of expansion link passes through ten thousand Connecting photovoltaic battery panel 7 to joint, the east side below photovoltaic battery panel 7 arranges east telescopic oil cylinder 6, the expansion link of east telescopic oil cylinder 6 The bottom surface at edge, tip contact photovoltaic battery panel 7 east side, the southern side below photovoltaic battery panel 7 arranges south telescopic oil cylinder, and south is flexible The bottom surface on the expansion link tip contact photovoltaic battery panel 7 south edge edge of oil cylinder;During the centre position of photovoltaic battery panel 7 end face is arranged Portion's illuminance sensor 8, the middle part illuminance sensor 8 in n unit station and the middle part illuminance in n+1 unit station Sensor 8 forms associated connection by circuit, and the centre position at each edge of photovoltaic battery panel 7 arranges edge illuminance sensor 9, each edge illuminance sensor 9 in each unit station forms associated connection by circuit;Control chamber is by circuit even Connect east hoist cylinder 3, western hoist cylinder 4, main hoist cylinder 5, east telescopic oil cylinder 6, south telescopic oil cylinder, middle part illuminance biography Sensor 8 and edge illuminance sensor 9.
Arranging east rubber disc on the elevating lever top of east hoist cylinder 3, east rubber disc is adsorbed on the bottom surface of the east, east It is connected by universal joint between the elevating lever top of portion's hoist cylinder 3 with east rubber disc;The elevating lever top of western hoist cylinder 4 On western rubber disc is set, western rubber disc is adsorbed on the bottom surface of western end, the elevating lever top of western hoist cylinder 4 and western rubber disc Between connected by universal joint.
Arranging east rubber disc on the expansion link top of east telescopic oil cylinder 6, east rubber disc is adsorbed on the bottom surface at edge, east side, It is connected by universal joint between the expansion link top of east telescopic oil cylinder 6 with east rubber disc;On the expansion link top of south telescopic oil cylinder Arranging south rubber disc, south rubber disc is adsorbed on the bottom surface on south edge edge, the expansion link top of south telescopic oil cylinder and south rubber disc Between connected by universal joint.
Photovoltaic battery panel 7 is square or rectangle.
This light follows the tracks of the distributed photovoltaic electric power station system of integrating control, and its mechanism is:
The most when mounted, the east making seesaw support platform 1 points to east, and western end points to west, i.e. seesaw and supports platform 1 edge East-west direction is fixedly secured.First unlatching control chamber controls east hoist cylinder 3 and western hoist cylinder 4 matches the most dynamic Make, support the east and the western end reciprocally swinging effect of platform 1 ordering about seesaw, i.e. make according to being raised up to fall from the sun in the middle of one day Seesaw supports the end face of platform 1 and meets to the sun, and rotates from east to west according to given pace, and when night, seesaw support platform 1 recovers Initial position is to prepare to meet the sun of second day.Because of rising in east and drop in west of the sun, therefore sunlit angle is change, by east To some photovoltaic battery panels 7 of arranging along its length of west, because of the different of position thus its sunlight angle received is the most different.For The photovoltaic battery panel 7 of rear side is blocked generation shade by the photovoltaic battery panel 7 avoiding front side so that photovoltaic battery panel 7 nothing of rear side Method carries out light energy absorption, thus needs to be adjusted the height of diverse location photovoltaic battery panel 7.Because of in n unit station Middle part illuminance sensor 8 forms associated connection with the middle part illuminance sensor 8 in n+1 unit station by circuit, therefore The illuminance transmission that both middle part illuminance sensors 8 are sensed compares, if both differences are more than to control chamber The allowed band set, control chamber just manipulates illuminance value photovoltaic battery panel bigger than normal 7 and declines, and the photovoltaic that illuminance value is less than normal Cell panel 7 rises, until the illuminance difference measured by adjacent photovoltaic cell plate 7 is positioned at setting allowed band.The most continuous By the comparison of the medium position illuminance of adjacent photovoltaic cell plate 7, regulation difference in height position each other, seesaw is made to support platform 1 Upper overall photovoltaic battery panel 7 all can avoid shadow occlusion to obtain reasonably height arrangement.Specifically, at entirety photovoltaic electric in the morning Pond plate 7 steps up arrangement, and overall photovoltaic battery panel 7 declines arrangement step by step in the afternoon.In light application time by day, sunlight Except the movement of east-west direction, also north and south can be occurred to offset because of the change in season, thing moves needs photovoltaic battery panel 7 to carry out The tilt adjustments of east-west direction, north and south skew needs photovoltaic battery panel 7 to carry out the tilt adjustments of North and South direction.One piece of photovoltaic cell The illuminance transmission that on plate 7, two edge illuminance sensors 9 on thing edge are sensed compares to control chamber, if Both differences are more than the allowed band set, and control chamber just manipulates east telescopic oil cylinder 6 and carries out expanding-contracting action, to adjust photovoltaic electric The thing angle of inclination of pond plate 7, until the illuminance difference position that two edge illuminance sensors 9 on thing edge are sensed In setting allowed band.The light that on one piece of photovoltaic battery panel 7, two edge illuminance sensors 9 on edge, north and south are sensed Illumination transmission compares to control chamber, if both differences are more than the allowed band set, it is flexible that control chamber just manipulates south Oil cylinder carries out expanding-contracting action, to adjust the angle of inclination, north and south of photovoltaic battery panel 7, until two edge illumination on edge, north and south The illuminance difference that degree sensor 9 is sensed is positioned at setting allowed band.
This light follow the tracks of the distributed photovoltaic electric power station system of integrating control utilize seesaw as support basic unit, to follow sun east Rising the characteristics of motion that west falls, realize sticking up east the morning by the counteragent at seesaw two ends, stick up in the afternoon towards west, it is achieved light Tracking effect;Simultaneously at the independent-lifting of top-level design every piece photovoltaic battery panel 7, by adjust the difference in height of each piece of plate body with Avoid shadow occlusion, improve the receipts light area utilization rate of every block of plate;Same photovoltaic battery panel 7 arranges the deflection running of all directions, Small deflection correspondence thus according to light adjusts, and the receipts light effect making integral slab face is consistent, is finally reached every piece of photovoltaic cell Plate 7 realizes most preferably receiving light effect.
Specific embodiment described herein is only to this utility model spirit explanation for example.This utility model institute Belong to those skilled in the art described specific embodiment to make various amendment or supplement or use similar Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although the most more employing seesaw to support platform 1;Support seat 2;East hoist cylinder 3;Western hoist cylinder 4; Main hoist cylinder 5;East telescopic oil cylinder 6;Photovoltaic battery panel 7;Middle part illuminance sensor 8;The arts such as edge illuminance sensor 9 Language, but it is not precluded from using the probability of other term.Use these terms to be only used to more easily and describe and explain this The essence of utility model;It is all contrary with this utility model spirit for being construed as any additional restriction.

Claims (4)

1. light follow the tracks of integrating control a distributed photovoltaic electric power station system, including direct current conflux case, inverter, two-way ammeter and Some photovoltaic battery panels, it is characterised in that also include that control chamber and seesaw support platform;Described seesaw supports the interposition of platform and installs Putting jointed shaft, the lower section of described jointed shaft arranges support seat, and described seesaw supports platform and has the east and western end, under described the east Side arranges east hoist cylinder, the bottom surface of the elevating lever tip contact the east of described east hoist cylinder, the lower section of described western end Western hoist cylinder, the bottom surface of the western end of elevating lever tip contact of described western hoist cylinder are set;Described seesaw supports on platform Westwards being held by the east and be arranged in order some unit stations, some described unit stations are arranged to No. n by the east, the most sequentially press According to n+1 spread configuration;Lifting platform is set in described unit station, main hoist cylinder, described main liter are set in described lifting platform Fall oil cylinder protrudes upward expansion link, and the top of described expansion link connects described photovoltaic battery panel, described photovoltaic electric by universal joint East side below the plate of pond arranges east telescopic oil cylinder, photovoltaic battery panel east side described in the expansion link tip contact of described east telescopic oil cylinder The bottom surface at edge, the southern side below described photovoltaic battery panel arranges south telescopic oil cylinder, the expansion link top of described south telescopic oil cylinder Contact the bottom surface on described photovoltaic battery panel south edge edge;The centre position of described photovoltaic cell plate top surface arranges middle part illuminance and passes Sensor, the middle part illuminance sensor in No. n described unit station and the middle part illuminance sensing in No. n+1 described unit station Device forms associated connection by circuit, and the centre position at each edge of described photovoltaic battery panel arranges edge illuminance sensor, Each edge illuminance sensor in each described unit station forms associated connection by circuit;Described control chamber is by electricity Road connects above-mentioned east hoist cylinder, western hoist cylinder, main hoist cylinder, east telescopic oil cylinder, south telescopic oil cylinder, middle part illumination Degree sensor and edge illuminance sensor.
Light the most according to claim 1 follows the tracks of the distributed photovoltaic electric power station system of integrating control, it is characterised in that described east Arranging east rubber disc on the elevating lever top of portion's hoist cylinder, described east rubber disc is adsorbed on the bottom surface of the east, described east It is connected by universal joint between the elevating lever top of hoist cylinder with east rubber disc;The elevating lever top of described western hoist cylinder On western rubber disc is set, described western rubber disc is adsorbed on the bottom surface of western end, the elevating lever top of described western hoist cylinder with Connected by universal joint between western rubber disc.
Light the most according to claim 1 follows the tracks of the distributed photovoltaic electric power station system of integrating control, it is characterised in that described east Arranging east rubber disc on the expansion link top of telescopic oil cylinder, described east rubber disc is adsorbed on the bottom surface at edge, east side, described east It is connected by universal joint between the expansion link top of telescopic oil cylinder with east rubber disc;On the expansion link top of described south telescopic oil cylinder Arrange south rubber disc, described south rubber disc adsorb on the bottom surface on south edge edge, described south telescopic oil cylinder expansion link top with Connected by universal joint between the rubber disc of south.
Light the most according to claim 1 follows the tracks of the distributed photovoltaic electric power station system of integrating control, it is characterised in that described light Cell panel is square or rectangle for volt.
CN201620758824.XU 2016-07-18 2016-07-18 A kind of light follows the tracks of the distributed photovoltaic electric power station system of integrating control Active CN205792356U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108155863A (en) * 2017-12-25 2018-06-12 中山市小榄企业服务有限公司 A kind of alternating expression photovoltaic module for photovoltaic bracket is arranged
CN108900149A (en) * 2018-08-16 2018-11-27 真木农业设备(安徽)有限公司 A kind of solar charging device
CN109067323A (en) * 2018-08-16 2018-12-21 真木农业设备(安徽)有限公司 Solar charging device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108155863A (en) * 2017-12-25 2018-06-12 中山市小榄企业服务有限公司 A kind of alternating expression photovoltaic module for photovoltaic bracket is arranged
CN108900149A (en) * 2018-08-16 2018-11-27 真木农业设备(安徽)有限公司 A kind of solar charging device
CN109067323A (en) * 2018-08-16 2018-12-21 真木农业设备(安徽)有限公司 Solar charging device

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