CN205647423U - Junction box of solar photovoltaic module - Google Patents
Junction box of solar photovoltaic module Download PDFInfo
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- CN205647423U CN205647423U CN201620497525.5U CN201620497525U CN205647423U CN 205647423 U CN205647423 U CN 205647423U CN 201620497525 U CN201620497525 U CN 201620497525U CN 205647423 U CN205647423 U CN 205647423U
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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 provides a junction box of solar photovoltaic module, belongs to solar -energy photovoltaic battery group spare technical field. Including the box body, have the box body chamber and have the cable to introduce the positioning seat in a bight of box body, cable introduction positioning seat has the cable and introduces the positioning seat chamber, establishes the cable briquetting in the position of introducing the accent in positioning seat chamber corresponding to the cable, and the cable is introduced under the accent orientation in positioning seat chamber, electricity coupling mechanism establishes the front side that just is located the box body chamber at the box body intracavity, bypass diode is with electric coupling mechanism electrical connection, the lid cooperatees characteristics with the box body: electricity coupling mechanism includes first, second, third electric connection board, establishes at the box body intracavity, and bypass diode includes first, the 2nd bypass diode body, and a bypass diode body is connected between first, second electric connection board, and the 2nd bypass diode body is connected between second, third electric connection board. Satisfy solar photovoltaic power generation system's high -power demand for development, the radiating effect ideal.
Description
Technical field
This utility model belongs to solar photovoltaic battery component technical field, is specifically related to a kind of solar photovoltaic assembly rosette.
Background technology
Solar photovoltaic assembly rosette is the vitals of output sun-generated electric power, is the transition apparatus enforcement of solar cell lead and external lead wire being connected, generally by box body, lid, the bypass diode being arranged in cassette holder be conductively connected mechanism and constitute.The effect of aforesaid bypass diode is to avoid reverse charging undermine solar-energy photo-voltaic cell and prevent from affecting the normal work of whole solar photovoltaic battery component system because of a solar-energy photo-voltaic cell short circuit.
nullThe technical information about solar photovoltaic assembly rosette it is no lack of in disclosed Chinese patent literature，As: CN201639227U(solar photovoltaic assembly terminal block housings)、CN101944546B(solar photovoltaic assembly rosette)、CN101442280A(solar photovoltaic assembly rosette)、The structure-improved of CN2716748Y(solar assembly junction box)、The rosette of the output lead of CN101138098A(solar energy module and the installation method of this rosette)、CN200941388Y(Wiring box for solar photovoltaic electrification component)、CN201075856Y(solar energy photovoltaic metallic wiring box)、CN101286626A(solar photovoltaic metallic wiring box) and CN101459392A(solar-energy photo-voltaic cell system rosette)，Etc..
Solar photovoltaic assembly rosette in prior art including above mentioned patent is all to occur with the version of monad, and the version of so-called monad refers to arrange three bypass diodes in a box body.But, continuous ripe along with solar-photovoltaic technology, add that prior art is to failing Appropriate application and there is redundant space for supporting the aluminum alloy frame of solar photovoltaic assembly.Specifically, although the aforementioned aluminum alloy frame in prior art disclosure satisfy that the setting of 96 pieces of battery components, but owing to being only provided with 72 pieces, thus cause the resource waste of 1/4th that is 25%.On the surface, if 96 pieces of battery components are set, then aforementioned technical problem is eliminated, but after battery component is increased to 96 pieces by 72 pieces, because power significantly increases, so that only the rosette of three bypass diodes cannot meet the Electricity Generation requirement of battery component system.And then on the surface, if arranging four bypass diodes in a box body, i.e. increased to four by original three, the most just the Electricity Generation requirement of 96 pieces of battery components can be tackled, but experiment proves that this thinking model can bring the technical problem attended to one thing and lose sight of another, so-called Gu this i.e. for being adapted to the need of 96 pieces of battery components by four bypass diodes being arranged at same box body, so-called mistake that be during solar energy power generating, the heating that high-power high-current produces can not get due radiating rate because of box body and/or plays good radiating effect and easily cause bypass diode to damage.And then, if arranging a bypass diode in the box body of a rosette, then radiating effect can be obviously improved, the life-span of bypass diode is also extended, but on the one hand can cause the wasting of resources of processing rosette, on the other hand bring cost to improve and the increase of installation workload.
As shown in the above description, the solar photovoltaic generation system significantly improved for power, carrys out the design prejudice that appropriate technology measure belongs in prior art undoubtedly increasing the quantity of bypass diode in the box body of rosette.In view of this, the applicant has made positive and useful design and has carried out simulation test repeatedly, finally defines technical scheme described below.
Summary of the invention
Task of the present utility model is to provide the quantity of a kind of cell piece assembly contributing to taking into account increase and uses and meet the high-power demand for development of solar photovoltaic generation system, be conducive to embodying the solar photovoltaic assembly rosette that the preferable radiating effect of bypass diode is used the service life ensureing bypass diode.
Task of the present utility model is performed by, a kind of solar photovoltaic assembly rosette, including box body, this box body has a box body chamber and is extended with a cable introducing positioning seat in a corner of box body, this cable introduces positioning seat and has a cable introducing positioning seat chamber, this cable introduces positioning seat chamber and communicates with box body chamber and be equipped with a cable briquetting in the position of accent introducing positioning seat chamber corresponding to cable, the described accent in described cable introducing positioning seat chamber towards under；Electrical connection mechanism, this electrical connection mechanism is arranged on described box body intracavity and is positioned at the front side in box body chamber；Bypass diode, this bypass diode is electrically connected with described electrical connection mechanism；Lid, this lid matches with described box body and covers described box body chamber and protect, it is characterised by: described electrical connection mechanism includes one first, second electric connection board and one the 3rd electric connection board, this is first years old, second, 3rd electric connection board is arranged on described box body intracavity with the most non-contacting state and is positioned at the front side in box body chamber, described bypass diode includes one first bypass diode body and one second bypass diode body, first bypass diode body is connected to described first, between second electric connection board, and the second bypass diode body is connected to second, between 3rd electric connection board.
In a specific embodiment of the present utility model, described box body intracavity and be positioned at box body chamber front side constitute have one first insulation raised line and one second insulation raised line, space between the left chamber wall in box body chamber and the first insulation raised line is configured to the first electric connection board chamber, first, space between second insulation raised line is configured to the second electric connection board chamber, space between the right chamber wall in box body chamber and the second insulation raised line is configured to the 3rd electric connection board chamber, the first described electric connection board is arranged on the first electric connection board intracavity, the second described electric connection board is arranged on the second electric connection board intracavity, the 3rd described electric connection board is arranged on the 3rd electric connection board intracavity；The first described bypass diode body has the first bypass diode pin and the first bypass diode is electrically connected pin, first bypass diode pin is welded to connect with described first electric connection board, and the first bypass diode is electrically connected, pin is welded to connect with described second electric connection board；The second described bypass diode body there is the second bypass diode pin and the second bypass diode is electrically connected pin, second bypass diode pin and the second electric connection board are welded to connect, and the second bypass diode is electrically connected, pin is welded to connect with described 3rd electric connection board.
nullIn another specific embodiment of the present utility model，Constitute at the first described electric connection board intracavity and have the first electric connection board locating dowel，Constitute at the second described electric connection board intracavity and have the second electric connection board locating dowel，Constitute at the 3rd described electric connection board intracavity and have the 3rd electric connection board locating dowel，The first electric connection board location post holes is offered on the first described electric connection board and in the position corresponding to the first electric connection board locating dowel，This first electric connection board locating dowel borehole jack is put in the first electric connection board locating dowel，The second electric connection board location post holes is offered on the second electric connection board and in the position corresponding to the second electric connection board locating dowel，This second electric connection board locating dowel borehole jack is put in the second electric connection board locating dowel，The 3rd electric connection board location post holes is offered on the 3rd electric connection board and in the position corresponding to the 3rd electric connection board locating dowel，3rd electric connection board locating dowel borehole jack is put in the 3rd electric connection board locating dowel.
In another specific embodiment of the present utility model, the rear side in described box body chamber is constituted has the busbar communicated with the external world to introduce chamber, and introduce chamber by this busbar becomes the box body chamber base plate of half intercept form by the box body chamber sole shape in box body chamber；Being constituted with the state of cavity wall after being perpendicular in the rear cavity wall in box body chamber and have a pair electrical isolation sheet, this direction that towards busbar, electrical isolation sheet is introduced chamber is stretched.
In another specific embodiment of the present utility model, on the left side and outer right wall of described box body, each composition has a box body card base, and respectively offer a lid card base groove in the inner left wall and right side inwall of described lid and in the position corresponding to box body card base, this lid card base groove matches with box body card base, it is extended with a positioning seat protecting cover in a corner of lid and in the position introducing positioning seat corresponding to described cable, this positioning seat protecting cover introduces positioning seat with cable and matches, and is provided with electrode designations on this positioning seat protecting cover.
Also have in a specific embodiment of the present utility model, on the first described electric connection board and the position of the rear end that is positioned at the first electric connection board offers one first busbar electrical connection hole, on the second described electric connection board and the position of the rear end that is positioned at the second electric connection board offers one second busbar electrical connection hole, on the 3rd described electric connection board and the position of the rear end that is positioned at the 3rd electric connection board offers one the 3rd busbar electrical connection hole.
Of the present utility model more and in a specific embodiment, rear side in described box body chamber and be positioned at the position, boundary of left chamber wall and rear cavity wall and be positioned at the position, boundary of right chamber wall and rear cavity wall and respectively constitute and have encapsulating mark flange.
In an of the present utility model and then specific embodiment, in the bottom of described box body and extend around a through box body sluicing stack limit around box body, when described lid and tray cover timing, between the basal surface of this lid and this box body sluicing stack limit, maintain gap.
Of the present utility model the most more and in a specific embodiment, the chamber roof in the cable introducing positioning seat chamber that described cable introduces positioning seat is constituted and has the cable defining flange on the surface being raised in chamber roof, described cable briquetting has a cable briquetting chamber, the chamber diapire in cable briquetting chamber is constituted and has the cable defining flange on the surface being raised in chamber diapire, and constitute the cable restriction flange collar having the surface being raised in chamber diapire equally in the position of the both sides accent corresponding to cable briquetting chamber.
Of the present utility model again and then in a specific embodiment, the Base Heat fusion weld that described cable briquetting introduces positioning seat with described cable is fixed, and the shape in described cable briquetting chamber is u-shaped.
Having the technical effect that of the technical scheme that this utility model provides is made up of first, second, third electric connection board owing to being designed as by electrical connection mechanism, and the structural system of bypass diode be have employed first, second bypass diode body, thus taken into account the quantity of solar module and the heat-sinking capability of box body and be satisfied the high-power demand for development of solar photovoltaic generation system；Owing to only having two by-pass diodes relative to a box body, thus preferable radiating effect can be embodied and extended the service life of bypass diode.
Accompanying drawing explanation
Fig. 1 is first embodiment structure chart of the present utility model.
Fig. 2 is the second example structure figure of the present utility model.
Fig. 3 is the top view that Fig. 1 removes lid.
Fig. 4 is the top view that Fig. 2 removes lid.
Detailed description of the invention
For the most every concept relating to upper and lower, left and right, the directivity of front and rear or title directionality is both for the location status shown in Fig. 1 and Fig. 2, thus being particularly limited to the technical scheme that this utility model provides can not be understood as.
Embodiment 1:
Refer to Fig. 1 and Fig. 3, show a box body 1, this box body 1 has a box body chamber 11 and is extended with a cable introducing positioning seat 12 in a corner (the present embodiment is the lower right corner) of box body 1, this cable introduces positioning seat 12 and has a cable introducing positioning seat chamber 121, this cable introduces positioning seat chamber 121 and communicates with box body chamber 11 and be equipped with a cable briquetting 122 in the position of accent introducing positioning seat chamber 121 corresponding to cable, the accent in aforementioned cable introducing positioning seat chamber 121 towards under；Show electrical connection mechanism 2, in this electrical connection mechanism 2 is arranged on aforementioned box body chamber 11 and be positioned at the front side in box body chamber 11；Showing bypass diode 3, this bypass diode 3 is electrically connected with aforementioned electrical connection mechanism 2；Showing lid 4, this lid 4 matches with aforementioned box body 1 and covers aforementioned box body chamber 11 and protect.Aforesaid box body 1 and lid 4 are molded by plastics.
Technical essential as the technical scheme that this utility model provides: aforesaid electrical connection mechanism 2 includes one first, second electric connection board 21, 22 and one the 3rd electric connection board 23, this is first years old, second, 3rd electric connection board 21, 22, in 23 are arranged on aforementioned box body chamber 11 with the most non-contacting state and be positioned at the front side in box body chamber 11, aforesaid bypass diode 3 includes one first bypass diode body 31 and one second bypass diode body 32, first bypass diode body 31 is connected to aforesaid first, second electric connection board 21, between 22, and the second bypass diode body 32 is connected to second, 3rd electric connection board 22, between 23.
In aforesaid box body chamber 11 and be positioned at the front side in box body chamber 11 and constitute and have one first insulation raised line 111 and one second insulation raised line 112, space between the left chamber wall in box body chamber 11 and the first insulation raised line 111 is configured to the first electric connection board chamber 113, first, second insulation raised line 111, space between 112 is configured to the second electric connection board chamber 114, space between the right chamber wall in box body chamber 11 and the second insulation raised line 112 is configured to the 3rd electric connection board chamber 115, aforesaid first electric connection board 21 is arranged in the first electric connection board chamber 113, aforesaid second electric connection board 22 is arranged in the second electric connection board chamber 114, aforesaid 3rd electric connection board 23 is arranged in the 3rd electric connection board chamber 115；Aforesaid first bypass diode body 31 has the first bypass diode pin 311 and the first bypass diode is electrically connected pin 312, first bypass diode pin 311 welds with aforementioned first electric connection board 21 and electrically connects in succession, and the first bypass diode is electrically connected, pin 312 is electrically welded to connect with aforementioned second electric connection board 22；Aforesaid second bypass diode body there is the second bypass diode pin 321 and the second bypass diode is electrically connected pin 322, second bypass diode pin 321 is electrically welded to connect with the second electric connection board 22, and the second bypass diode is electrically connected, pin 322 is electrically welded to connect with aforementioned 3rd electric connection board 23.
nullConstitute in aforesaid first electric connection board chamber 113 and have the first electric connection board locating dowel 1131，Constitute in aforesaid second electric connection board chamber 114 and have the second electric connection board locating dowel 1141，Constitute in aforesaid 3rd electric connection board chamber 115 and have the 3rd electric connection board locating dowel 1151，The first electric connection board location post holes 211 is offered on aforesaid first electric connection board 21 and in the position corresponding to the first electric connection board locating dowel 1131，This first electric connection board location post holes 211 is nested with in the first electric connection board locating dowel 1131，The second electric connection board location post holes 221 is offered on the second electric connection board 22 and in the position corresponding to the second electric connection board locating dowel 1141，This second electric connection board location post holes 221 is nested with in the second electric connection board locating dowel 1141，The 3rd electric connection board location post holes 231 is offered on the 3rd electric connection board 23 and in the position corresponding to the 3rd electric connection board locating dowel 1151，3rd electric connection board location post holes 231 is nested with in the 3rd electric connection board locating dowel 1151.
Rear side in aforementioned box body chamber 11 is constituted has the busbar communicated with the external world to introduce chamber 116, and introduce chamber 116 by this busbar becomes the box body chamber base plate of half intercept form by the box body chamber sole shape in box body chamber 11；Being constituted with the state of cavity wall after being perpendicular in the rear cavity wall in box body chamber 11 and have a pair electrical isolation sheet 117, this direction that towards busbar, electrical isolation sheet 117 is introduced chamber 116 is stretched.
On the left side and outer right wall of aforementioned box body 1, each composition has a box body card base 13, and respectively offer a lid card base groove 41 in the inner left wall and right side inwall of aforementioned lid 4 and in the position corresponding to box body card base 13, this lid card base groove 41 matches with box body card base 13, it is extended with a positioning seat protecting cover 42 in a corner of lid 4 and in the position introducing positioning seat 12 corresponding to aforementioned cable, this positioning seat protecting cover 42 introduces positioning seat 12 with cable and matches, and is provided with electrode designations 421 on this positioning seat protecting cover 42.In the present embodiment, owing to this utility model is connected with the cathode power supply of solar photovoltaic assembly, thus aforesaid electrode designations 421 discloses with positive pole.
On aforesaid first electric connection board 21 and the position of the rear end that is positioned at the first electric connection board 21 offers one first busbar electrical connection hole 212, on aforesaid second electric connection board 22 and the position of the rear end that is positioned at the second electric connection board 22 offers one second busbar electrical connection hole 222, on aforesaid 3rd electric connection board 23 and the position of the rear end that is positioned at the 3rd electric connection board 23 offers one the 3rd busbar electrical connection hole 232.Three busbars not shown in figure are welded to connect with first, second, third electric connection board 21,22,23 by way of first, second, third busbar connecting hole 212,222,232 respectively.
Rear side in aforementioned box body chamber 11 and be positioned at the position, boundary of left chamber wall and rear cavity wall and be positioned at the position, boundary of right chamber wall and rear cavity wall and respectively constitute and have encapsulating mark flange 118, the upper surface of this encapsulating reference mark flange 118 is slightly below the accent surface in box body chamber 11, it is about 0.3-0.8 less than degree, it is preferably 0.4-0.6, is preferably 0.5.When the glue filling opening 15 by being preset on box body 1 is to box body chamber 11 encapsulating; existence due to encapsulating reference mark flange 118; thus it is avoided that blindness when irrigating fluid sealant; because being exceedingly that excess encapsulating can cause unnecessary waste, otherwise (if i.e. encapsulating amount is very few) can affecting the protected effect to aforementioned first, second bypass diode body 31,32.
Preferably, in the bottom of aforementioned box body 1 and extend around a through box body sluicing stack limit 14 around box body 1, when aforementioned lid 4 and box body 1 lid timing, maintain gap between basal surface 43 and this box body sluicing stack limit 14 of this lid 4, in order to sluice.Additionally can the left side on shallow water stack limit 14 and right side and towards on surface configuration uncap labelling 141, start with from the position of labelling 141 of uncapping and lid 4 opened.
As shown in Figure 1, the chamber roof in the cable introducing positioning seat chamber 121 that aforementioned cable introduces positioning seat 12 is constituted and has the cable defining flange 1211 on the surface being raised in chamber roof, aforesaid cable briquetting 122 has a cable briquetting chamber 1221, the chamber diapire in cable briquetting chamber 1221 is constituted and has the cable defining flange 12211 on the surface being raised in chamber diapire, and constitute the cable restriction flange collar 12212 having the surface being raised in chamber diapire equally in the position of the both sides accent corresponding to cable briquetting chamber 1221.According to specialty general knowledge, when cable 5(Fig. 3 shows) insert cable when introducing in positioning chamber 121, aforesaid cable spacing preiection 1211, cable defining flange 12211 and cable limit flange 12212 and play the positioning action to cable 5.The cable leg 233 extended on the cable core of cable 5 and the 3rd electric connection board 23 welds.
In the present embodiment, the Base Heat fusion weld that aforesaid cable briquetting 122 introduces positioning seat 12 with aforementioned cable is fixed, and the shape in aforesaid cable briquetting chamber 1221 is u-shaped.
Embodiment 2:
Refer to Fig. 2 and Fig. 4, due to Fig. 1 and Fig. 2 structure be made into form use, the reason (having dividing of left and right foot) of this pair of shoes just as seen by daily, thus both positional symmetry, the cable of such as Fig. 2 introduces positioning seat 12 and is positioned at the lower left corner of box body 1, and the arragement direction of first, second, third electric connection board 21,22,23 is contrary with Fig. 1, the first, second same example of bypass diode body 31,32, the electrode designations 421 on positioning seat protecting cover 42 discloses with negative pole.Remaining is all with the description to embodiment 1.
In sum, the technical solution of the utility model overcomes the deficiency in prior art, completes invention task, has cashed the technique effect described in superincumbent technique effect hurdle faithfully.
Claims (10)
1. a solar photovoltaic assembly rosette, including box body (1), this box body (1) has a box body chamber (11) and is extended with cable introducing positioning seat (12) in a corner of box body (1), this cable introduces positioning seat (12) and has cable introducing positioning seat chamber (121), this cable introduces positioning seat chamber (121) and communicates with box body chamber (11) and be equipped with a cable briquetting (122) in the position of the accent introducing positioning seat chamber (121) corresponding to cable, described cable introduce positioning seat chamber (121) described accent towards under；Electrical connection mechanism (2), this electrical connection mechanism (2) is arranged in described box body chamber (11) and is positioned at the front side of box body chamber (11)；Bypass diode (3), this bypass diode (3) is electrically connected with described electrical connection mechanism (2)；nullLid (4)，This lid (4) matches with described box body (1) and covers described box body chamber (11) and protect，It is characterized in that: described electrical connection mechanism (2) includes one first、Second electric connection board (21、22) and one the 3rd electric connection board (23)，This is first years old、Second、3rd electric connection board (21、22、23) it is arranged in described box body chamber (11) and is positioned at the front side of box body chamber (11) with the most non-contacting state，Described bypass diode (3) includes one first bypass diode body (31) and one second bypass diode body (32)，First bypass diode body (31) is connected to described first、Second electric connection board (21、22) between，And the second bypass diode body (32) is connected to second、3rd electric connection board (22、23) between.
nullSolar photovoltaic assembly rosette the most according to claim 1，It is characterized in that in described box body chamber (11) and be positioned at box body chamber (11) front side constitute have one first insulation raised line (111) and one second insulate raised line (112)，Space between the left chamber wall in box body chamber (11) and the first insulation raised line (111) is configured to the first electric connection board chamber (113)，First、Second insulation raised line (111、112) space between is configured to the second electric connection board chamber (114)，Space between the right chamber wall in box body chamber (11) and the second insulation raised line (112) is configured to the 3rd electric connection board chamber (115)，Described the first electric connection board (21) is arranged in the first electric connection board chamber (113)，Described the second electric connection board (22) is arranged in the second electric connection board chamber (114)，The 3rd described electric connection board (23) is arranged in the 3rd electric connection board chamber (115)；The first described bypass diode body (31) has the first bypass diode pin (311) and the first bypass diode is electrically connected pin (312), first bypass diode pin (311) is welded to connect with described first electric connection board (21), and the first bypass diode is electrically connected, pin (312) is welded to connect with described second electric connection board (22)；The second described bypass diode body there is the second bypass diode pin (321) and the second bypass diode is electrically connected pin (322), second bypass diode pin (321) is welded to connect with the second electric connection board (22), and the second bypass diode is electrically connected, pin (322) is welded to connect with described 3rd electric connection board (23).
nullSolar photovoltaic assembly rosette the most according to claim 2，It is characterized in that constituting in the first described electric connection board chamber (113) have the first electric connection board locating dowel (1131)，Constitute in the second described electric connection board chamber (114) and have the second electric connection board locating dowel (1141)，Constitute in the 3rd described electric connection board chamber (115) and have the 3rd electric connection board locating dowel (1151)，The first electric connection board location post holes (211) above and is offered in the position corresponding to the first electric connection board locating dowel (1131) at described the first electric connection board (21)，This first electric connection board location post holes (211) is nested with in the first electric connection board locating dowel (1131)，The second electric connection board location post holes (221) above and is offered in the position corresponding to the second electric connection board locating dowel (1141) at the second electric connection board (22)，This second electric connection board location post holes (221) is nested with in the second electric connection board locating dowel (1141)，The 3rd electric connection board location post holes (231) above and is offered in the position corresponding to the 3rd electric connection board locating dowel (1151) at the 3rd electric connection board (23)，3rd electric connection board location post holes (231) is nested with in the 3rd electric connection board locating dowel (1151).
Solar photovoltaic assembly rosette the most according to claim 1, it is characterized in that constituting at the rear side of described box body chamber (11) have the busbar communicated with the external world to introduce chamber (116), introduce chamber (116) by this busbar becomes the box body chamber base plate of half intercept form by the box body chamber sole shape of box body chamber (11)；Being constituted and have a pair electrical isolation sheet (117) being perpendicular to the state of rear cavity wall in the rear cavity wall of box body chamber (11), this direction that towards busbar, electrical isolation sheet (117) is introduced chamber (116) is stretched.
Solar photovoltaic assembly rosette the most according to claim 1, it is characterized in that each composition has a box body card base (13) on the left side and outer right wall of described box body (1), and respectively offer lid card base groove (41) in the inner left wall and right side inwall of described lid (4) and in the position corresponding to box body card base (13), this lid card base groove (41) matches with box body card base (13), it is extended with a positioning seat protecting cover (42) in a corner of lid (4) and in the position introducing positioning seat (12) corresponding to described cable, this positioning seat protecting cover (42) introduces positioning seat (12) with cable and matches, and on this positioning seat protecting cover (42), it is provided with electrode designations (421).
6. according to the solar photovoltaic assembly rosette described in claim 1 or 2 or 3, it is characterized in that the position of rear end that is upper at described the first electric connection board (21) and that be positioned at the first electric connection board (21) offers one first busbar electrical connection hole (212), one second busbar electrical connection hole (222) is offered in the position of the rear end that described the second electric connection board (22) is gone up and is positioned at the second electric connection board (22), one the 3rd busbar electrical connection hole (232) is offered in the position of the rear end that the 3rd described electric connection board (23) is gone up and is positioned at the 3rd electric connection board (23).
Solar photovoltaic assembly rosette the most according to claim 1, it is characterised in that at the rear side of described box body chamber (11) and be positioned at the position, boundary of left chamber wall and rear cavity wall and be positioned at the position, boundary of right chamber wall and rear cavity wall and respectively constitute and have encapsulating mark flange (118).
Solar photovoltaic assembly rosette the most according to claim 1, it is characterized in that in the bottom of described box body (1) and extend around through box body sluicing stack limit (14) around box body (1), when described lid (4) and box body (1) lid timing, between basal surface (43) and this box body sluicing stack limit (14) of this lid (4), maintain gap.
Solar photovoltaic assembly rosette the most according to claim 1, it is characterized in that introducing to constitute on the chamber roof in positioning seat chamber (121) at the cable of described cable introducing positioning seat (12) have the cable defining flange (1211) on the surface being raised in chamber roof, described cable briquetting (122) has a cable briquetting chamber (1221), the chamber diapire in cable briquetting chamber (1221) is constituted and has the cable defining flange (12211) on the surface being raised in chamber diapire, and constitute in the position of the both sides accent corresponding to cable briquetting chamber (1221) and have the cable on the surface being raised in chamber diapire equally to limit flange collar (12212).
Solar photovoltaic assembly rosette the most according to claim 9, it is characterized in that described cable briquetting (122) is fixed with the Base Heat fusion weld that described cable introduces positioning seat (12), the shape in described cable briquetting chamber (1221) is u-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620497525.5U CN205647423U (en) | 2016-05-27 | 2016-05-27 | Junction box of solar photovoltaic module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620497525.5U CN205647423U (en) | 2016-05-27 | 2016-05-27 | Junction box of solar photovoltaic module |
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| Publication Number | Publication Date |
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| CN205647423U true CN205647423U (en) | 2016-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620497525.5U Expired - Fee Related CN205647423U (en) | 2016-05-27 | 2016-05-27 | Junction box of solar photovoltaic module |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109768767A (en) * | 2018-12-05 | 2019-05-17 | 苏州快可光伏电子股份有限公司 | A kind of Split type connecting box of solar energy solar double-glass assemblies |
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2016
- 2016-05-27 CN CN201620497525.5U patent/CN205647423U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109768767A (en) * | 2018-12-05 | 2019-05-17 | 苏州快可光伏电子股份有限公司 | A kind of Split type connecting box of solar energy solar double-glass assemblies |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161012 Termination date: 20200527 |