CN104320049A - Ground solar cell module bracket and mounting method - Google Patents
Ground solar cell module bracket and mounting method Download PDFInfo
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- CN104320049A CN104320049A CN201410555977.XA CN201410555977A CN104320049A CN 104320049 A CN104320049 A CN 104320049A CN 201410555977 A CN201410555977 A CN 201410555977A CN 104320049 A CN104320049 A CN 104320049A
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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 invention discloses a ground solar cell module bracket and mounting method, the bracket comprises the foundation bolt, a pedestal fixed on the foundation bolt, a stand column assembled on the pedestal, a transverse pipe assembled to the stand column through a connecting piece, a vertical section assembled to the transverse pipe through part, the assembly is formed on the vertical section, the lean fixed lean pipe is formed between the stand columns at the front row and the rear row, the structure is simple and conveniently mounted, the service life is long, the part is the special part, not easily mixed, safe and reliable.
Description
Technical field
The present invention relates to a kind of solar module support, particularly a kind of earthbound solar energy battery component support and Method for Installation, belong to solar cell power generation field.
Background technology
Along with the minimizing gradually of earth fossil energy, the energy is vague and general has been the key subjects that people faces, meanwhile, worldwide along with technological progress, social development, utilize the continuous expansion in fossil energy field, less developed country, the national income of developing country increases gradually, worldwide factory is constantly increasing, the owning amount of automobile vehicles constantly expands, fossil energy consumption constantly expands, global warming problem is on the rise, meanwhile, because the environmental pollution that its discharge etc. causes is also more and more obvious, haze weather increases gradually, in order to improve earth environment, each state all takes corresponding counter-measure, positive popularization is as the clean energy resource use amount of solar cell, environmental situation and climate warming problem is alleviated with this.The solar cell power generation ratio of developed country is improving gradually, be proposed various Government support policy, in recent years, the Chinese government also discloses corresponding encouragement policy, richer area, some soils starts to build solar cell power generation field, improves the ratio of clean energy resource.But how solar cell power generation place installs its effect of competence exertion, and whether investment can be reported accordingly, and how could cause the damage of solar cell, short circuit and thunderbolt are the problems that users are concerned about very much.
Summary of the invention
How that worries for users correctly could install solar cell, how just can guarantee that solar cell plays veritably and work, can not be struck by lightning, can not be damaged, guarantee the problem of investing worries such as can regaining, the invention provides a kind of earthbound solar energy battery component support and Method for Installation, its objective is the correct installation ensureing solar cell, guarantee that solar cell can play real effect.
The concrete scheme of the support of the earthbound solar energy battery component in this invention is, a kind of support of earthbound solar energy battery component, comprise solar module, steel pipe, the screw of assembling steel pipe and nut, described earthbound solar energy battery component support comprises the anchor bolt that two rows are embedded in ground, be fixed on the base on anchor bolt, be arranged on the front and back pipe support on base, column utilizes the horizontal tubing that connector is fixedly connected with, the reeded longitudinal profile of tool that longitudinal tubing utilizes accessory to be fixedly connected with, described solar module is arranged on longitudinal profile, the fixing inclination tubing that tilts is provided with between the front and rear row of described pipe support, described accessory setting position and connector are arranged on diverse location, described base is vertically welded with one to save land pin tubing, the internal diameter of described column tubing is equal with lower margin tube outer diameter, described connector is fixedly connected with flat board at tube end face, arrange porose near dull and stereotyped both ends up and down, described flat board is provided with U-bolt A in hole, horizontal tubing (17) is positioned at U-bolt A (15a), described accessory comprises horizontal T-shaped and U-bolt B, nut, accessory is connected between horizontal tubing and longitudinal profile, longitudinally T-shaped and edge compressing member is utilized between described assembly and section bar, middle compressing member is fixedly connected with, buffer bar is provided with between described assembly and longitudinal profile, I shape bolster is provided with between described compressing member and solar module, described longitudinal profile multiple has a longitudinal fluting, in described groove, there is T-shaped space, horizontal T-shaped is provided with in left groove and the T-shaped space of right groove, vertical T-shaped and I shape bolster are set in upper groove, the width of described I shape bolster is equal with longitudinal profile upper surface width, described vertical T-shaped is provided with screw A and spring A, described horizontal T-shaped is provided with screw B and spring B, blind plate is arranged at described lower margin tubing top, lower margin tubing radial direction is provided with multiple through hole, described column tubing lower end is provided with multiple A through hole pitch-row radial with lower margin tubing, the radial B through hole that diameter is identical, column tubing lower end is provided with multiple A through hole pitch-row radial with lower margin tubing, the radial C through hole that diameter is identical, described connector tubing is provided with multiple A through hole pitch-row radial with lower margin tubing, the radial D through hole that diameter is identical, described connector pipe internal diameter equals column external diameter.
A kind of Method for Installation of support of earthbound solar energy battery component, comprise solar module, steel pipe, the screw of assembling steel pipe and nut, described earthbound solar energy battery component support comprises the anchor bolt that two rows are embedded in ground, be fixed on the base on anchor bolt, be arranged on the front and back pipe support on base, column utilizes the horizontal tubing that connector is fixedly connected with, horizontal tubing utilize accessory to be fixedly connected the reeded longitudinal profile of tool, described solar module is arranged on longitudinal profile, the inclination tubing tilting to connect is provided with between the front and rear row of described pipe support, described accessory and connector are arranged on diverse location, it is characterized in that: described installation method carries out according to following erection sequence: A: the column spacing having measured solar module support, horizontal spacing will in about about 1/3 of the longitudinal length of side of solar module, horizontal spacing is that assembly minor face is adding recess width, pull line equably, dig pit on ground, transverse and longitudinal line crosspoint, the built-in fitting consistent with base holes spacing with screw spacing is set, the height of all anchor bolts is made to be arranged on sustained height, spacing remains in equal size, maintenance concrete, make it to solidify and determine,
B: base is fixed on anchor bolt, rear column tubing is assembled the rear casing of inclination tubing, the lower end of column is fixed on the lower margin tubing of rear row's anchor bolt, radial for lower margin tubing A through hole is alignd with column lower end B through hole, fix with bolt, pipe box before inclination tubing is installed to front-seat lower margin tubing least significant end, makes radial A through hole on front-seat lower margin tubing consistent with F through hole on front pipe box, fix with bolt;
C: assembly and connection part tubing on rear row's column, the radial D through hole of the C through hole of column upper end and connector tubing is alignd, fix with bolt, then, other C through holes of column upper end are alignd with the E through hole on the rear casing of inclination tubing, fix with bolt, then, other radial A through holes on front-seat anchor bolt are alignd with the radial D through hole of connector tubing, fix with bolt, then, horizontal tubing is placed on the flat board of connector, on the connector utilizing U-bolt to be fixed on by horizontal tubing on rear row's column and front-seat lower margin tubing respectively;
D: horizontal T-shaped transverse direction is entered groove portion puts into relative two faces groove along left groove direction and right groove, after dead spring B, make T-shaped half-twist, horizontal T-shaped transverse direction enters groove portion and is snapped in groove, two horizontal T-shaped is at least put in the left and right groove of section bar corresponding to stud is one-sided, then, U-bolt B is inserted the screw B of two horizontal T-shaped below from horizontal tubing, longitudinal profile is fixed on horizontal tubing; Distance between two adjacent longitudinal profile center lines is identical with solar module width, but will remove the distance of recess width part;
E: put into two vertical T-shaped at longitudinal profile in upper groove, when putting into, spring is downward, after half-twist, vertical T-shaped vertical enter groove portion be stuck in upper groove, between two vertical T-shaped, at least put into two I-shaped bolsters, when putting into, compress the compressed part of I-shaped bolster from left and right, I-shaped bolster compressed part is put into upper groove;
F: carefully will solar module be placed on two longitudinal profiles of inclination, edge compressing member screw A is utilized to be screwed in the screw A of vertical T-shaped, after setting Deng next block solar module, again middle compressing member screw B is screwed in the screw A of corresponding vertical T-shaped, finally, recycling edge compressing member fixed solar battery component, make horizontal, the longitudinal edge of whole solar module keep point-blank.
The good effect that in this invention, the support of solar module brings is: structure is simple, is convenient to install, durable in use, parts are special-purpose member, not easily obscure, and are suitable for the assembling of solar energy in large area battery, the length of Assembling section bar, due to all, section bar contact-making surface is provided with padded coaming, therefore, during assembling, any destructive stress can not be brought to solar cell, not only safe but also reliable, owing to being install on ground, adopt tubing can brush anticorrosive coat, can reduce costs further.
Accompanying drawing explanation
Overall structure schematic diagram in Fig. 1 the present invention between solar cell.
The package assembly schematic diagram of solar components and longitudinal profile in Fig. 2 the present invention.
Syndeton schematic diagram between the single front and back support of Fig. 3.
Fig. 4 connector connects the schematic diagram of horizontal tubing and longitudinal profile.
Vertical T-shaped of Fig. 5, horizontal T-shaped assembling schematic diagram on longitudinal profile.
Fig. 6 longitudinal profile generalized section.
Horizontal T-shaped the schematic diagram of Fig. 7.
Vertical T-shaped the schematic diagram of Fig. 8.
Fig. 9 I shape bolster accessory figure schematic diagram.
Figure 10 edge compressing member.
Compressing member in the middle of Figure 11.
Embodiment
Be described with regard to technical scheme of the present invention referring to Fig. 1-Fig. 8, in figure, 11: concrete foundation, 12: base, 12a-anchor bolt, 13: lower margin tubing, 14-1:A through hole, 14-2:B through hole, 14-3:C through hole, 14-4:D through hole, 14-5:E through hole, 14-6:F through hole, 15: connector, 15a:U type bolt A, 15b: dull and stereotyped, 15c: connector tubing, 15d:U type bolt B, 16: horizontal tubing, 17: longitudinal profile, 18: column, 19: inclination tubing, 19a: rear casing, 19b: front pipe box, 20: assembly, 22: lower screw portion, 23-1: left groove, 23-2: right groove, 23-3: upper groove, 24: laterally enter groove portion, 25: screw A, 255: screw B, 31: edge compressing member, 32: middle compressing member, 41: buffer part, 42: compressed part, 43: clearance portion, 45: screw A, 46: spring shim A, 47: compress step A, 48: buffer bar A, 52: spring A, 522: spring B, 53: vertical enter groove portion, 54: upper screw portion, 45: screw B, 46: spring shim B, 47: compress step B, 48: buffer bar B.
Fig. 1 is the overall structure schematic diagram in the present invention between solar cell, the present invention is a kind of support of earthbound solar energy battery component, be mainly used in the solar module support being arranged on ground, this support comprises the anchor bolt 12a that two rows are embedded in ground, be fixed on the base 12 on anchor bolt, be assemblied in the front and back pipe support 18 on base, connector 15 is utilized to be assembled in horizontal tubing 16 on column 18, the reeded longitudinal profile 17 of tool that utilizes accessory to assemble on horizontal tubing 16, described solar module 20 is arranged on longitudinal profile 17, the fixing inclination tubing 19 that tilts is provided with between the front and rear row of described pipe support 18, described accessory arranges and to be arranged on connector 15 not on same position, described base 12 is vertically welded with one to save land pin tubing 13, the internal diameter of described column tubing is equal with lower margin tube outer diameter, described connector is the dull and stereotyped 15b being welded with perforate near both ends at tube end face, described dull and stereotyped 15b utilize U-bolt A15a be fixed wtih horizontal tubing 16, described accessory comprises horizontal T-shaped and U-bolt B15d, nut, accessory is connected to horizontal tubing 16 and longitudinal profile 17, vertical T-shaped and edge compressing member is utilized between described assembly and section bar, middle compressing member, bolt is fixed, I shape bolster is provided with between described assembly 20 and longitudinal profile 17, padded coaming is provided with between described compressing member and solar module, compressing member comprises edge compressing member 31 and middle compressing member 32, described horizontal section bar multiple have one recessed, 23, in described groove, there is T-shaped space, left, horizontal T-shaped is provided with in the T-shaped space of right groove, vertical T-shaped and I shape bolster is provided with in upper groove, the width of described I shape bolster is equal with section bar upper surface width, blind plate is arranged at described lower margin tubing 13 top, its objective is and prevent from there being water to enter inside, cause the problems such as corrosion, lower margin tubing 13 radial direction is provided with multiple through hole 14, described column 18 tubing lower end is provided with and lower margin tubing 13 radial A through hole 14-1 pitch-row, the radial B through hole 14-2 that diameter is identical, column 18 tubing lower end is provided with and lower margin tubing 13 radial A through hole 14-1 pitch-row, the radial C through hole 14-3 that diameter is identical, described connector tubing 15c is provided with and lower margin tubing 13 radial A through hole 14-1 pitch-row, the radial D through hole 14-4 that diameter is identical, described connector tubing 15c diameter equals column 18 external diameter, described vertical T-shaped is provided with screw A25 and spring A52, described horizontal distribution type part is provided with screw B255 and spring B 522.
The assemble method of the support of described a kind of earthbound solar energy battery component, comprise the anchor bolt 12a that described earthbound solar energy battery component support two row is embedded in ground, be fixed on the base 12 on anchor bolt, be assemblied in the front and back pipe support 18 on base 12, connector 15 is utilized to be assembled in horizontal tubing 16 on column 18, the reeded longitudinal profile 17 of tool that utilizes accessory to assemble on horizontal tubing 16, described solar module 20 is arranged on longitudinal profile 17, the fixing inclination tubing 19 that tilts is provided with between the front and rear row of described pipe support 18, described accessory setting position and connector setting position be not on same position, it is characterized in that: described installation method is installed according to following erection sequence:
A: column 18 spacing having measured solar module support, horizontal spacing will in about about 1/3 of the longitudinal length of side of solar module 20, horizontal spacing is that assembly minor face is adding recess width, pull line equably, dig pit on ground, the built-in fitting consistent with base holes spacing with screw spacing is set, or be beforehand with the concrete blocks that an inside is provided with built-in fitting, when burying underground, the height of all anchor bolt 12a is made to be arranged on sustained height, maintenance concrete, makes it to solidify, and forms concrete foundation 11.
B: base is fixed on anchor bolt, rear column tubing is assembled the rear casing 19a of inclination tubing 19, the lower end of column is fixed on the lower margin tubing 13 of rear row's anchor bolt, radial for lower margin tubing 13 A through hole 13-1 is alignd with column lower end B through hole 13-2, fix with bolt, pipe box 19b before inclination tubing 19 is installed to front-seat lower margin tubing 13 least significant end, makes radial A through hole 13-1 on front-seat lower margin tubing consistent with F through hole 13-6 on front pipe box, fix with bolt;
C: assembly and connection part tubing 15c on rear row's column 18, the C through hole 14-3 of column upper end is alignd with connector tubing 15c radial D through hole 14-4, fix with bolt, then, other C through holes 14-3 of column upper end is alignd with the E through hole 14-5 on the rear casing 19a of inclination tubing 19, fix with bolt, then, other radial A through hole 13-1 on front-seat anchor bolt 13 are alignd with connector tubing 15c radial D through hole 14-4, fix with bolt, then, horizontal tubing 16 is placed on the dull and stereotyped 15b of connector 15, on the connector 15 utilizing U-bolt 15a to be fixed on by horizontal tubing 16 on rear row's column 18 and front-seat lower margin tubing 13 respectively,
[0023]d: the transverse direction of horizontal T-shaped is entered groove portion 24 along side left groove 23-1 and the groove direction of right groove 23-2 put into the groove in relative two faces, after dead spring B522, hand pinches lower screw portion 22, make T-shaped half-twist, screw B255 is above-below direction, horizontal T-shaped is snapped in left groove 23-1 and right groove 23-2, at least one-sidedly in the groove of the corresponding section bar position of column put into two horizontal T-shaped, then, U-bolt B15d is inserted the screw B255 of two horizontal T-nut respectively below from horizontal tubing 16, with nut, longitudinal profile 16 is fixed on horizontal tubing 16, distance between two adjacent longitudinal profile 17 center lines apart from identical, but will remove the distance of recess width part with solar module 20.Described section bar is all equal in the groove port size of all directions.
E: put in longitudinal profile upper groove 23-3 two vertical T-shaped vertical enter groove portion 53, when putting into, spring A52 is downward, hand pinches screw portion 54, after vertical T-shaped half-twist, vertical T-shaped vertical enter groove portion 53 be stuck in upper groove 23-3, two I-shaped bolsters are at least put between two vertical T-shaped, when putting into, buffer part 41 upwards, compress the compressed part 42 of I-shaped bolster from left and right, after clearance portion 43 is compacted, I-shaped bolster is put into longitudinal profile 17 upper groove 23-3.
F: carefully will solar module 20 be placed on two longitudinal profiles 17 of inclination, edge compressing member 31 screw A45 is utilized to be screwed in the screw A25 of vertical T-shaped, do not forget when tightening and add spring shim A46, the buffer bar A48 under compressed part A47 is made to be pressed in the edge of battery component 20 gently, after setting Deng next block solar module 20, again the screw B55 of middle compressing member 32 is screwed in the screw A25 of corresponding vertical T-shaped, the buffer bar B58 on compression step B47 is made to be pressed in the edge of battery component 20, do not forget when tightening and add spring shim B56, after setting Deng second piece of solar module 20, by first piece of solar module 20, edge compressing member 31 compressed part A47 presses solar module, after arranging Deng the 3rd piece of solar module, lock the compressing member 32 of second piece of solar components again, install in this order always, by the time during last block assembly of whole row, utilizing edge compressing member 31, fixed solar battery component 20, until by complete for whole solar cell module array assembling.
The good effect that in this invention, the support of solar module brings is: structure is simple, is convenient to install, durable in use, parts are special-purpose member, not easily obscure, and are suitable for the assembling of solar energy in large area battery, the length of Assembling section bar, due to all, section bar contact-making surface is provided with padded coaming, therefore, during assembling, any destructive stress can not be brought to solar cell, not only safe but also reliable, owing to being install on ground, adopt tubing can brush anticorrosive coat, can reduce costs further.
Claims (8)
1. the support of an earthbound solar energy battery component, comprise solar module, steel pipe, the screw of assembling steel pipe and nut, it is characterized in that: described earthbound solar energy battery component support comprises the anchor bolt (12a) that two rows are embedded in ground, be fixed on the base (12) on anchor bolt (12a), be arranged on the front and back pipe support (18) on base (12), column (18) utilizes the horizontal tubing (16) that connector (15) is fixedly connected with, horizontal tubing (16) utilize accessory to be fixedly connected the reeded longitudinal profile of tool (17), described solar module (20) is arranged on longitudinal profile (17), the inclination tubing (19) tilting to connect is provided with between the front and rear row of described pipe support (18), described accessory and connector (15) are arranged on diverse location.
2. the support of a kind of earthbound solar energy battery component according to claim 1, is characterized in that: described base (12) is vertically welded with one and saves land pin tubing (13), the internal diameter of described column (18) tubing is equal with lower margin tubing (13) external diameter.
3. the support of a kind of earthbound solar energy battery component according to claim 1, it is characterized in that: described connector (15) is fixedly connected with flat board (15b) at tube end face, arrange porose near the both ends up and down of dull and stereotyped (15b), described flat board (15b) is provided with U-bolt A (15a) in upper hole, and horizontal tubing (17) is positioned at U-bolt A (15a).
4. the support of a kind of earthbound solar energy battery component according to claim 1, it is characterized in that: described accessory comprises horizontal T-shaped and U-bolt B (15d), nut, accessory is connected between horizontal tubing (16) and longitudinal profile (17), longitudinally T-shaped and edge compressing member (31) is utilized between described assembly (20) and section bar, middle compressing member (32) is fixedly connected with, I shape bolster is provided with between described assembly (20) and longitudinal profile (17), buffer bar (48) is provided with between described compressing member and solar module.
5. the support of a kind of earthbound solar energy battery component according to claim 1, it is characterized in that: described longitudinal profile (17) multiple has a longitudinal fluting, be T-shaped space in described groove, horizontal T-shaped is provided with in left groove (23-1) and right groove (23-2) T-shaped space, vertical T-shaped and I shape bolster are set in upper groove (23-3), the width of described I shape bolster is equal with longitudinal profile (17) upper surface width, described vertical T-shaped is provided with screw A(25) and spring A, described horizontal T-shaped is provided with screw B(255) and spring B (522).
6. the support of a kind of earthbound solar energy battery component according to claim 1, is characterized in that: blind plate is arranged at described lower margin tubing (13) top, and lower margin tubing (13) radial direction is provided with multiple A through hole (14-1).
7. the support of a kind of earthbound solar energy battery component according to claim 1, it is characterized in that: described column (18) tubing lower end is provided with multiple with lower margin tubing (13) radial A through hole (14-1) pitch-row, the radial B through hole (14-2) that diameter is identical, column (18) tubing lower end is provided with multiple with lower margin tubing (13) radial A through hole (14-1) pitch-row, the radial C through hole (14-3) that diameter is identical, described connector tubing (15c) is provided with multiple with lower margin tubing (13) radial A through hole (14-1) pitch-row, the radial D through hole (14-4) that diameter is identical, described connector tubing (15c) internal diameter equals column (18) external diameter.
8. the Method for Installation of the support of an earthbound solar energy battery component, comprise solar module, steel pipe, the screw of assembling steel pipe and nut, described earthbound solar energy battery component support comprises the anchor bolt (12a) that two rows are embedded in ground, be fixed on the base (12) on anchor bolt (12a), be arranged on the front and back pipe support (18) on base (12), column (18) utilizes the horizontal tubing (16) that connector (15) is fixedly connected with, horizontal tubing (16) utilize accessory to be fixedly connected the reeded longitudinal profile of tool (17), described solar module (20) is arranged on longitudinal profile (17), the inclination tubing (19) tilting to connect is provided with between the front and rear row of described pipe support (18), described accessory and connector (15) are arranged on diverse location, it is characterized in that: described installation method carries out according to following erection sequence:
A: column (18) spacing having measured solar module support, horizontal spacing will in about about 2/3 of solar module (20) longitudinal length of side, horizontal spacing is that assembly minor face adds recess width again, pull line equably, dig pit on ground, transverse and longitudinal line crosspoint, the built-in fitting consistent with base holes spacing with screw spacing is set, the height of all anchor bolts is made to be arranged on sustained height, spacing remains in equal size, maintenance concrete, makes it to solidify and determines;
B: base is fixed on anchor bolt, rear column tubing is assembled the rear casing 19a of inclination tubing 19, the lower end of column is fixed on the lower margin tubing (13) of rear row's anchor bolt, radial for lower margin tubing (13) A through hole (14-1) is alignd with column lower end B through hole (14-2), fix with bolt, pipe box 19b before inclination tubing 19 is installed to front-seat lower margin tubing 13 least significant end, make radial A through hole (14-1) on front-seat lower margin tubing consistent with F through hole (14-6) on front pipe box, fix with bolt;
C: arrange the upper assembly and connection part tubing (15c) of column (18) afterwards, the radial D through hole (14-4) of the C through hole (14-3) of column upper end and connector tubing (15c) is alignd, fix with bolt, then, other C through holes (14-3) of column upper end are alignd with the E through hole (14-5) on the rear casing 19a of inclination tubing 19, fix with bolt, then, other radial A through holes (13-1) on front-seat anchor bolt 13 are alignd with the radial D through hole (14-4) of connector tubing (15c), fix with bolt, then, horizontal tubing (16) is placed on the flat board (15b) of connector (15), on the connector (15) utilizing U-bolt (15a) to be fixed on by horizontal tubing (16) on rear row's column (18) and front-seat lower margin tubing (13) respectively,
D: horizontal T-shaped transverse direction is entered groove portion (24) puts into relative two faces groove along left groove (23-1) direction and right groove (23-2), dead spring B(522) after, make T-shaped half-twist, horizontal T-shaped transverse direction enters groove portion (24) and is snapped in groove, two horizontal T-shaped is at least put in the left and right groove of section bar corresponding to stud is one-sided, then, U-bolt (15a) is inserted the screw B(255 of two horizontal T-shaped below from horizontal tubing (16)), longitudinal profile (17) is fixed on horizontal tubing (16); Distance between two adjacent longitudinal profile (17) center lines is identical with the width of solar module (20), but will remove the distance of recess width part;
E: inwardly put into two vertical T-shaped at longitudinal profile (17), when putting into, spring (52) is downward, after half-twist, vertical T-shaped vertical enter groove portion (53) be stuck in upper groove (23-3), between two vertical T-shaped, at least put into two I-shaped bolsters, when putting into, compress the compressed part (42) of I-shaped bolster from left and right, I-shaped bolster compressed part (42) is put into groove (23) upwards;
F: carefully will solar module (20) be placed on two longitudinal profiles (17) of inclination, edge compressing member (31) screw A is utilized to be screwed into the screw A(25 of vertical T-shaped) in, after setting Deng next block solar module, again middle compressing member (32) is screwed in the screw A (25) of corresponding vertical T-shaped, finally, recycling edge compressing member (31) screw B(45) fixed solar battery component (20), horizontal, the longitudinal edge of whole solar module be made to keep point-blank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410555977.XA CN104320049A (en) | 2014-10-20 | 2014-10-20 | Ground solar cell module bracket and mounting method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410555977.XA CN104320049A (en) | 2014-10-20 | 2014-10-20 | Ground solar cell module bracket and mounting method |
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| CN104320049A true CN104320049A (en) | 2015-01-28 |
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| CN201410555977.XA Pending CN104320049A (en) | 2014-10-20 | 2014-10-20 | Ground solar cell module bracket and mounting method |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104967398A (en) * | 2015-07-03 | 2015-10-07 | 上海电力设计院有限公司 | Photovoltaic power generation support mounting structure and photovoltaic power generation support construction method |
| CN105958911A (en) * | 2016-06-30 | 2016-09-21 | 成都聚合科技有限公司 | Concentrating photovoltaic power generation system base |
| CN105958922A (en) * | 2016-07-09 | 2016-09-21 | 成都聚合追阳科技有限公司 | Special base for concentrating photovoltaic power generation system |
| CN105991086A (en) * | 2015-02-13 | 2016-10-05 | 株式会社森瑞尔 | Solar cell panel stand |
| CN106100555A (en) * | 2016-07-08 | 2016-11-09 | 成都聚合追阳科技有限公司 | A kind of light gathering photovoltaic power generating system common base |
| CN107388610A (en) * | 2017-09-07 | 2017-11-24 | 江阴澄景能源有限公司 | Solar bracket system |
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2014
- 2014-10-20 CN CN201410555977.XA patent/CN104320049A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105991086A (en) * | 2015-02-13 | 2016-10-05 | 株式会社森瑞尔 | Solar cell panel stand |
| CN104967398A (en) * | 2015-07-03 | 2015-10-07 | 上海电力设计院有限公司 | Photovoltaic power generation support mounting structure and photovoltaic power generation support construction method |
| CN105958911A (en) * | 2016-06-30 | 2016-09-21 | 成都聚合科技有限公司 | Concentrating photovoltaic power generation system base |
| CN106100555A (en) * | 2016-07-08 | 2016-11-09 | 成都聚合追阳科技有限公司 | A kind of light gathering photovoltaic power generating system common base |
| CN105958922A (en) * | 2016-07-09 | 2016-09-21 | 成都聚合追阳科技有限公司 | Special base for concentrating photovoltaic power generation system |
| CN107388610A (en) * | 2017-09-07 | 2017-11-24 | 江阴澄景能源有限公司 | Solar bracket system |
| CN107388610B (en) * | 2017-09-07 | 2024-01-19 | 深圳恒力源新能源有限公司 | Solar rack system |
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Application publication date: 20150128 |
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| WD01 | Invention patent application deemed withdrawn after publication |