CN206313706U - Photovoltaic module elasticity retaining frame - Google Patents
Photovoltaic module elasticity retaining frame Download PDFInfo
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- CN206313706U CN206313706U CN201621441094.7U CN201621441094U CN206313706U CN 206313706 U CN206313706 U CN 206313706U CN 201621441094 U CN201621441094 U CN 201621441094U CN 206313706 U CN206313706 U CN 206313706U
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- Prior art keywords
- photovoltaic module
- retaining frame
- suspension cable
- guard
- elasticity
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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
A kind of photovoltaic module elasticity retaining frame, is linear structure in the section of the direction of pull of Suo Gang steel strand wires (4), and photovoltaic module elasticity retaining frame is made up of a rigid connecting rod (1) and two elastic guard (3)；Elastic guard (3) is C-shaped, Z-shaped and Ω shapes in the section shape of suspension cable steel strand wires (4) direction of pull；The component mounting surface (5) of elastic guard (3) is connected with rigid connecting rod (1), and the relative distance of two component mounting surfaces (5) of elastic guard (3) can be kept to immobilize；The suspension cable mounting surface (7) of elastic guard (3) is connected with suspension cable steel strand wires (4), telescopic caused by changing due to wind load with suspension cable steel strand wires (4) can be acted on by the long leg (6) of elastic guard and is changed and is changed；Photovoltaic module (2) is set to stablize indeformable under the rigid connecting rod (1) of photovoltaic module retaining frame and the collective effect of elastic guard (3), it is ensured that using for photovoltaic module (2) is safe.
Description
Technical field
The utility model is related to a kind of photovoltaic module retaining frame.
Background technology
With the continuous expansion of domestic photovoltaic plant construction specification, available land for construction is fewer and feweri, using deserted mountain cheuch, ditch
The construction place such as pond is more and more, using flexible photovoltaic support, can solve the problems, such as that photovoltaic bracket is installed in above-mentioned place, but
Because difference wind loads act on the telescoping problems that lower vibration produces flexible draw cord in use, it is ensured that using for photovoltaic module is pacified
Entirely, will be a technical barrier.
The flexible photovoltaic support of patent CN204179992U, the prestressing force flexible photovoltaic support of patent CN204794826U,
The photovoltaic cell board mounting assembly and flexible photovoltaic support of patent CN205693608U, one kind of patent CN205249132U are flexible
The mounting structure of photovoltaic bracket component, the installation board component of the flexible photovoltaic support of patent CN204906262U and patent
A kind of flexible support fixed structure of CN205681365U, the general character that these technologies are present has the disadvantage：Photovoltaic module and flexibility
The connection of component or flexible draw cord using rigid structure connect, when flexible unit or flexible draw cord in use above light
Volt component can be vibrated generation telescopic by under the effect of different wind loads；And after long-term use, flexible unit or flexible draw cord are long
Degree can be constantly elongated.And cause the power of these flexible draw cord telescopics, and the frame of photovoltaic module will be directly passed to, make photovoltaic
The frame of component and then telescopic variation simultaneously, uses for a long time, easily causes between the frame of photovoltaic module and safety glass
Fluid sealant departs from and produces roof leaking water, and the cell piece in photovoltaic module easily causes photovoltaic module in the case where long-time is by raindrop erosion
Damage.
Utility model content
The purpose of this utility model is the shortcoming for overcoming prior art, proposes a kind of photovoltaic module elasticity retaining frame.
The utility model uses following technical scheme：
Photovoltaic module elasticity retaining frame of the present utility model is a kind of photovoltaic module retaining frame on flexible photovoltaic support.
Every piece of photovoltaic module installs two groups of photovoltaic module elasticity retaining frames by the way that component mounting hole is parallel, and photovoltaic module elasticity retaining frame is installed on
On the suspension cable steel strand wires of photovoltaic bracket.
Described photovoltaic module elasticity retaining frame is made up of a rigid connecting rod and two elastic guard, two elastic guard
It is separately mounted to the two ends of rigid connecting rod；Section of the photovoltaic module elasticity retaining frame in suspension cable tension of steel strand direction is line style knot
Structure；Described photovoltaic module elasticity retaining frame is divided into Ω shape integral type photovoltaic modulies retaining frame, C-shaped integral type photovoltaic group by structure type
The split type photovoltaic module retaining frame of part retaining frame, Ω shapes and the split type photovoltaic module retaining frame of C-shaped；It is parallel on every piece of photovoltaic module to install two
Group photovoltaic module elasticity retaining frame, photovoltaic module elasticity retaining frame is installed on the suspension cable steel strand wires of flexible photovoltaic support.
The section of described rigid connecting rod is arbitrary shape.Elastic guard is installed by component mounting surface, long leg and suspension cable
The part of face three constitutes, and section shape of the elastic guard in suspension cable tension of steel strand direction is C-shaped, Z-shaped or Ω shapes.Photovoltaic module is protected
The component mounting surface of the rigid connecting rod of frame and two elastic guard constitutes the mounting surface of photovoltaic module, and photovoltaic module spiral-lock is firm
Property connecting rod and two elastic guard on.Rigid connecting rod two ends connect and fix two component mounting surfaces of elastic guard, light
The length of component mounting surface is lied prostrate with the equal length of photovoltaic component frame.The component mounting surface of elastic guard is square, elasticity shield
The component mounting surface of part is provided with a through hole and is joined with bolts with photovoltaic module；The long leg of elastic guard is installed with component
Face is vertical, and the long leg of elastic guard is flat type, and cross-sectional length is 30~80mm；The suspension cable mounting surface and long leg of elastic guard
Vertically, parallel with component mounting surface, the suspension cable mounting surface of elastic guard is flat type, is set on the suspension cable mounting surface of elastic guard
There are two through holes for being fixed with suspension cable steel strand wires.The component mounting surface of the elastic guard of photovoltaic module elasticity retaining frame connects with rigidity
Extension bar is connected, and the relative distance of two component mounting surfaces of elastic guard can be kept to immobilize；Photovoltaic module elasticity retaining frame
The suspension cable mounting surface of elastic guard is connected with suspension cable steel strand wires, can be acted on by long leg and be led because wind load changes with suspension cable steel strand wires
The telescopic of cause changes and changes, and photovoltaic is made under the rigid connecting rod of photovoltaic module retaining frame and the collective effect of elastic guard
Component is stablized indeformable, it is ensured that using for photovoltaic module is safe.
Described photovoltaic module elasticity retaining frame is by any one system among metal material, macromolecular material and composite
Into.
Described photovoltaic module elasticity retaining frame have Ω shape integral type photovoltaic modulies retaining frame, C-shaped integral type photovoltaic module retaining frame,
The split type photovoltaic module retaining frame of Ω shapes and C-shaped four kinds of structure types of split type photovoltaic module retaining frame.
Described Ω shapes integral type photovoltaic module retaining frame is combined into one by a rigid connecting rod and two elastic guard,
Section shape in suspension cable tension of steel strand direction is Ω shapes.The section shape of two elastic guard is symmetrical Z-shaped, elasticity shield
The component mounting surface of part is respectively provided with a through hole and is equipped with two for fixing photovoltaic module, the suspension cable mounting surface of two elastic guard
Individual through hole is used for suspension cable steel strand wires with the fixation of anchor ear fitted bolt locking mode, adjacent Ω shape integral types photovoltaic module shield
The suspension cable mounting surface overlapping of the elastic guard of frame, shares a set of anchor ear fitted bolt locking mode and fixes.
Described C-shaped integral type photovoltaic module retaining frame is combined into one by a rigid connecting rod and two elastic guard,
Section shape in suspension cable tension of steel strand direction is the C-shaped of back-off.The section shape of two elastic guard is symmetrical C-shaped,
It is equal for fixing photovoltaic module, the suspension cable mounting surface of two elastic guard that the component mounting surface of elastic guard is respectively provided with a through hole
Being provided with two through holes is used for suspension cable steel strand wires with U-bolt with the fixation of locking mode.
The split type photovoltaic module retaining frame of described Ω shapes is made up of a rigid connecting rod and two pieces elasticity guard, elasticity shield
Section shape of the part in suspension cable tension of steel strand direction is Ω shapes that are Z-shaped and reversing.Rigid connecting rod two ends are that flat type is each
It is provided with a mounting hole being connected with photovoltaic module.Two component mounting surfaces of every Ω types elasticity guard are respectively provided with a through hole
It is joined with bolts with photovoltaic module and rigid connecting rod.The suspension cable mounting surface of every Ω types elasticity guard is provided with two through holes
It is locked by anchor ear fitted bolt with suspension cable steel strand wires for a set of anchor ear.Every component mounting surface of Z-type elasticity guard
A through hole is provided with to be joined with bolts with photovoltaic module and rigid connecting rod.Every suspension cable mounting surface of Z-type elasticity guard
Two through holes are provided with to be locked by anchor ear fitted bolt with suspension cable steel strand wires for a set of anchor ear.Adjacent Ω shapes are split type
Photovoltaic module retaining frame shares a Ω types elasticity guard and a set of anchor ear, and fitted bolt locking is fixed.The Ω of thing both sides
The split type photovoltaic module retaining frame outside Z-type elasticity guard of shape and the locking of a set of anchor ear fitted bolt are fixed with suspension cable steel strand wires.
The split type photovoltaic module retaining frame of described C-shaped is made up of a rigid connecting rod and two pieces elasticity guard, elasticity shield
Section shape of the part in suspension cable tension of steel strand direction is C-shaped.Rigid connecting rod two ends are respectively provided with one and light for flat type
The mounting hole of volt component connection.The component mounting surface of every c-type elasticity guard is provided with a through hole and connects with photovoltaic module and rigidity
Extension bar is joined with bolts.The suspension cable mounting surface of every c-type elasticity guard is provided with two through holes, and a single u-shaped bolt passes through this
Through hole is fixed with suspension cable steel strand wires.
Brief description of the drawings
Fig. 1 a are the Ω shape integral type photovoltaic module retaining frame schematic top plan views of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 1 b are the Ω shape integral type photovoltaic module retaining frame schematic front view of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 1 c are the Ω shape integral type photovoltaic module retaining frame left view schematic diagrams of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 2 a are the C-shaped integral type photovoltaic module retaining frame schematic top plan view of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 2 b are the C-shaped integral type photovoltaic module retaining frame schematic front view of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 2 c are the C-shaped integral type photovoltaic module retaining frame left view schematic diagram of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 3 a are the split type photovoltaic module retaining frame schematic top plan view of Ω shapes of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 3 b are the split type photovoltaic module retaining frame schematic front view of Ω shapes of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 3 c are the split type photovoltaic module retaining frame left view schematic diagram of Ω shapes of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 4 a are the split type photovoltaic module retaining frame schematic top plan view of C-shaped of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 4 b are the split type photovoltaic module retaining frame schematic front view of C-shaped of photovoltaic module elasticity retaining frame of the present utility model；
Fig. 4 c are the split type photovoltaic module retaining frame left view schematic diagram of C-shaped of photovoltaic module elasticity retaining frame of the present utility model；
In figure, 1 rigid connecting rod, 2 photovoltaic modulies, 3 elastic guard, 4 suspension cable steel strand wires, the component of 5 elastic guard are installed
Face, the long leg of 6 elastic guard, 7 elastic guard suspension cable mounting surface, 1.1 Ω shape integral type photovoltaic modulies retaining frames, 2.1C shapes integrally
Formula photovoltaic module retaining frame, the split type photovoltaic module retaining frame of 3.1 Ω shapes, 4.1C shape dress split photovoltaic modulies retaining frame, 1.2 anchor ears,
2.2U types bolt, 3.2 Ω types elasticity guard, 3.3Z types elasticity guard, 4.2C types elasticity guard.
Specific embodiment
The utility model is further illustrated below in conjunction with the drawings and specific embodiments.
As shown in Figure 1a, photovoltaic module elasticity retaining frame of the present utility model is mounted on the photovoltaic bracket of suspension cable steel strand wires 4
Photovoltaic module retaining frame, protection photovoltaic module 2 using safety.Every piece of photovoltaic module 2 installs two by the way that component mounting hole is parallel
Group photovoltaic module elasticity retaining frame, photovoltaic module elasticity retaining frame is installed on the suspension cable steel strand wires 4 of photovoltaic bracket.
As shown in Figure 1 b, described photovoltaic module elasticity piece rigid connecting rod 1 of retaining frame and two elastic guard 3 are constituted,
Two elastic guard 3 are respectively at the two ends of rigid connecting rod 1.The section of rigid connecting rod 1 is any one shape, elastic guard
3 are made up of component mounting surface 5, long leg 6 and the part of suspension cable mounting surface 7 three, and elastic guard 3 is in the direction of pull of suspension cable steel strand wires 4
Section shape is C-shaped, Z-shaped or Ω shapes.Photovoltaic module elasticity retaining frame is linear knot in the section of the direction of pull of suspension cable steel strand wires 4
Structure.The component mounting surface 5 of the rigid connecting rod 1 of photovoltaic module retaining frame and two elastic guard 3 constitutes the mounting surface of photovoltaic module,
Photovoltaic module spiral-lock is on rigid connecting rod 1 and two elastic guard 3.The two ends of rigid connecting rod 1 connect and fix two elasticity
The component mounting surface 5 of guard 3, total length with the frame of photovoltaic module 2 equal length.The component mounting surface 5 of elastic guard 3 is side
Shape, the component mounting surface 5 of elastic guard 3 is provided with a through hole and is joined with bolts with photovoltaic module 2；Elastic guard 3
Long leg 6 is vertical with component mounting surface 5, and the long leg 6 of elastic guard 3 is flat type, and cross-sectional length is 30~80mm；Elastic guard
3 suspension cable mounting surface 7 is vertical with long leg 6, parallel with component mounting surface 5, and the suspension cable mounting surface 7 of elastic guard 3 is flat type,
The suspension cable mounting surface 7 of elastic guard 3 is provided with two through holes for being fixed with suspension cable steel strand wires 4.Photovoltaic module elasticity retaining frame
The component mounting surface 5 of elastic guard 3 is connected with rigid connecting rod 1, can keep two phases of the component mounting surface 5 of elastic guard 3
Adjust the distance and immobilize；The suspension cable mounting surface 7 of the elastic guard 3 of photovoltaic module elasticity retaining frame is connected with suspension cable steel strand wires 4, can lead to
Cross long leg 6 and act on and change due to telescopic change caused by wind load change with suspension cable steel strand wires 4, in photovoltaic module retaining frame
Photovoltaic module 2 is set to stablize indeformable under the collective effect of rigid connecting rod 1 and elastic guard 3, it is ensured that using for photovoltaic module 2 is pacified
Entirely.
Described photovoltaic module elasticity retaining frame is any one system in metal material, macromolecular material and composite
Into.
Described photovoltaic module elasticity retaining frame has Ω shape integral type photovoltaic modulies retaining frame 1.1, C-shaped integral type photovoltaic module to protect
The split type photovoltaic module retaining frame 3.1 of frame 2.1, Ω shapes and C-shaped 4.1 4 kinds of structure types of split type photovoltaic module retaining frame.
As shown in Fig. 1 a, Fig. 1 b and Fig. 1 c, Ω shape integral type photovoltaic modulies retaining frame 1.1 is by a rigid connecting rod 1 and two
Individual elastic guard 3 is combined into one, and is Ω shapes in the section shape of the direction of pull of suspension cable steel strand wires 4.Two elastic guard 3 are cutd open
Face is shaped as symmetrical Z-shaped.The component mounting surface 5 of elastic guard 3 is respectively provided with a through hole for fixing photovoltaic module 2, two
The suspension cable mounting surface 7 of elastic guard 3 is equipped with two through holes to be used for suspension cable steel strand wires 4 with the fitted bolt locking side of anchor ear 1.2
The fixation of formula, the suspension cable mounting surface 7 of the elastic guard 3 of adjacent Ω shape integral type photovoltaic modulies retaining frame 1.1 is overlapped, and is shared a set of
The fitted bolt locking mode of anchor ear 1.2 is fixed.The advantage is that component is less, anchor ear 1.2 can two groups of Ω shape integral type photovoltaic groups
Part retaining frame 1.1 is shared, and Ω shape integral type photovoltaic modulies retaining frame 1.1 can be installed on photovoltaic module 2 in advance, two adjacent groups Ω shapes one
Body formula photovoltaic module retaining frame 1.1 is connected, and photovoltaic array is Contiuum type.
As shown in Fig. 2 a, Fig. 2 b and Fig. 2 c, C-shaped integral type photovoltaic module retaining frame is by a rigid connecting rod 1 and two bullets
Property guard 3 be combined into one, the direction of pull of suspension cable steel strand wires 4 section shape for back-off C-shaped.Two elastic guard 3
Section shape is symmetrical C-shaped, and the component mounting surface 5 of elastic guard 3 is respectively provided with a through hole for fixing photovoltaic module 2, two
The suspension cable mounting surface 7 of individual elastic guard 3 is equipped with two through holes to be used for suspension cable steel strand wires 4 with U-bolt 2.2 with locking mode
Fixation.The advantage is that installation component is less, C-shaped integral type photovoltaic module shield convenient using the processing and fabricating of U-bolt 2.2
Frame 2.1 can be installed on photovoltaic module 2 in advance, and two adjacent groups C-shaped integral type photovoltaic module retaining frame 2.1 can be independently installed.
As shown in Fig. 3 a, Fig. 3 b, Fig. 3 c, the split type photovoltaic module retaining frame 3.1 of Ω shapes is by a rigid connecting rod 1 and two pieces
Elastic guard 3 is constituted, and elastic guard 3 is Ω shapes that are Z-shaped and reversing in the section shape of the direction of pull of suspension cable steel strand wires 4.Rigidity
The two ends of connecting rod 1 are respectively provided with a mounting hole being connected with photovoltaic module 2 for flat type.Every Ω type elasticity guard 3.2
Two component mounting surfaces 5 are respectively provided with a through hole and are joined with bolts with photovoltaic module 2 and rigid connecting rod 1.Every Ω type
The suspension cable mounting surface 7 of elastic guard 3.2 is provided with two through holes and is coordinated by anchor ear for a set of anchor ear 1.2 and suspension cable steel strand wires 4
Bolt is locked.The component mounting surface 5 of every Z-type elasticity guard 3.3 is provided with a through hole and photovoltaic module 2 and is rigidly connected
Bar 1 is joined with bolts.The suspension cable mounting surface 7 of every Z-type elasticity guard 3.3 is provided with two through holes for a set of anchor ear 1.2
It is locked by anchor ear fitted bolt with suspension cable steel strand wires 4.The split type photovoltaic module retaining frame 3.1 of adjacent Ω shapes shares one
Ω types elasticity guard 3.2 and a set of anchor ear 1.2, fitted bolt locking are fixed.The split type photovoltaic group of Ω shapes of thing both sides
The outside Z-type elasticity guard 3.3 of part retaining frame 3.1 and the locking of the fitted bolt of a set of anchor ear 1.2 are fixed with suspension cable steel strand wires 4.Its is excellent
Point is installation component easy to make, and the Ω types elasticity guard 3.2 of the split type photovoltaic module retaining frame 3.1 of two adjacent groups Ω shapes is total to
With photovoltaic array is Contiuum type.
As shown in Fig. 4 a, Fig. 4 b, Fig. 4 c, C-shaped fills split photovoltaic module retaining frame 4.1 by a rigid connecting rod 1 and two pieces
Elastic guard 3 is constituted, and elastic guard 3 is C-shaped in the section shape of the direction of pull of suspension cable steel strand wires 4.The two ends of rigid connecting rod 1 are
Flat type is respectively provided with a mounting hole being connected with photovoltaic module 2.The component mounting surface 5 of every c-type elasticity guard 4.2 is provided with
One through hole is joined with bolts with photovoltaic module 2 and rigid connecting rod 1.Every suspension cable mounting surface of c-type elasticity guard 4.2
7 are provided with two through holes is used for suspension cable steel strand wires 4 with the fixation of the locking mode of U-bolt 2.2.The installation component system of the advantage is that
Facilitate, convenient using the processing and fabricating of U-bolt 2.2, C-shaped integral type photovoltaic module retaining frame 2.1 can first be installed on photovoltaic module 2
On, two adjacent groups C-shaped integral type photovoltaic module retaining frame 2.1 can be independently installed.
Photovoltaic module elasticity retaining frame simple structure of the present utility model, it is easy for installation, it is ensured that using for photovoltaic module 2 is pacified
Entirely.
Claims (7)
1. a kind of photovoltaic module elasticity retaining frame, it is characterised in that：Described photovoltaic module elasticity retaining frame is by a rigid connecting rod
(1) constituted with two elastic guard (3), two elastic guard (3) are separately mounted to the two ends of rigid connecting rod (1)；Photovoltaic group
Part elasticity retaining frame is linear structure in the section of suspension cable steel strand wires (4) direction of pull；Described photovoltaic module elasticity retaining frame is by knot
Configuration formula is divided into Ω shapes integral type photovoltaic module retaining frame (1.1), C-shaped integral type photovoltaic module retaining frame (2.1), the split type light of Ω shapes
Volt component retaining frame (3.1) and the split type photovoltaic module retaining frame (4.1) of C-shaped；Two groups of photovoltaics of parallel installation on every piece of photovoltaic module (2)
Component elasticity retaining frame, photovoltaic module elasticity retaining frame is installed on the suspension cable steel strand wires (4) of flexible photovoltaic support.
2. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：Described rigid connecting rod (1) cut
Face is arbitrary shape；Elastic guard (3) is made up of component mounting surface (5), long leg (6) and the part of suspension cable mounting surface (7) three, outstanding
The section shape of rope steel strand wires (4) direction of pull is C-shaped, Z-shaped or Ω shapes；The two ends of the rigid connecting rod (1) connect and consolidate
The component mounting surface (5) of fixed two elastic guard (3), constitutes the mounting surface of photovoltaic module, and the length of photovoltaic module mounting surface is same
The equal length of photovoltaic module (2) frame；The component mounting surface (5) of elastic guard (3) is square, the component of elastic guard (3)
It is fixed with photovoltaic module (2) that mounting surface (5) is provided with a through hole；The long leg (6) of elastic guard (3) and component mounting surface (5)
Vertically, the long leg (6) of elastic guard (3) is flat type, and cross-sectional length is 30~80mm；The suspension cable of elastic guard (3) is installed
Face (7) is vertical with long leg (6), parallel with component mounting surface (5)；The suspension cable mounting surface (7) of elastic guard (3) is flat type,
The suspension cable mounting surface (7) of elastic guard (3) is provided with two through holes for fixed with suspension cable steel strand wires (4).
3. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：Described photovoltaic module elasticity retaining frame is
Any one material of metal material, macromolecular material and composite is made.
4. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：Described Ω shape integral type photovoltaic modulies
Retaining frame (1.1) is combined into one by a rigid connecting rod (1) and two elastic guard (3), in suspension cable steel strand wires (4) pulling force side
To section shape be Ω shapes；The section shape of two elastic guard (3) is symmetrical Z-shaped, the component installation of elastic guard (3)
Face (5) is respectively provided with a through hole, for fixing photovoltaic module (2)；The suspension cable mounting surface (7) of two elastic guard (3) is equipped with
Two through holes, for suspension cable steel strand wires (4) with the fixation of anchor ear fitted bolt locking mode；Adjacent Ω shape integral type photovoltaics
Suspension cable mounting surface (7) overlapping of component retaining frame (1.1) elasticity guard (3), shares a set of anchor ear and coordinates (1.2) bolt locking mode
It is fixed.
5. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：Described C-shaped integral type photovoltaic module
Retaining frame (2.1) is combined into one by a rigid connecting rod (1) and two elastic guard (3), in suspension cable steel strand wires (4) pulling force side
To section shape for back-off C-shaped；The section shape of two elastic guard (3) is symmetrical C-shaped, the group of elastic guard (3)
Part mounting surface (5) is respectively provided with a through hole for fixing photovoltaic module (2), and two suspension cable mounting surfaces (7) of elastic guard (3) are
Being provided with two through holes is used for suspension cable steel strand wires (4) with U-bolt (2.2) with the fixation of locking mode.
6. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：The described split type photovoltaic module of Ω shapes
Retaining frame (3.1) is made up of a rigid connecting rod (1) and two pieces elasticity guard (3)；Elastic guard (3) is in suspension cable tension of steel strand
The section shape in direction is Ω shapes that are Z-shaped and reversing；Rigid connecting rod (1) two ends are flat type, are respectively provided with one and photovoltaic
The mounting hole of component (2) connection；Two component mounting surfaces (5) of every Ω type elasticity guard (3.2) are respectively provided with a through hole, with
Photovoltaic module (2) and rigid connecting rod (1) are joined with bolts；Every suspension cable mounting surface (5) of Ω types elasticity guard (3.2)
Two through holes are provided with, are locked by anchor ear fitted bolt with suspension cable steel strand wires (4) for a set of anchor ear (1.2)；Every Z-type
The component mounting surface (5) of elastic guard (3.3) is provided with a through hole and is connected with bolt with photovoltaic module (2) and rigid connecting rod (1)
Connect fixation；The suspension cable mounting surface (5) of every Z-type elasticity guard (3.3) is provided with two through holes, for a set of anchor ear (1.2) with it is outstanding
Rope steel strand wires (4) are locked by anchor ear fitted bolt；The split type photovoltaic module retaining frame (3.1) of adjacent Ω shapes shares one
Ω types elasticity guard (3.2) and a set of anchor ear (1.2), fitted bolt locking are fixed；The split type light of Ω shapes of thing both sides
Locked and suspension cable steel strand wires with Z-type elasticity guard (3.3) and a set of anchor ear (1.2) fitted bolt in volt component retaining frame (3.1) outside
It is fixed.
7. photovoltaic module according to claim 1 elasticity retaining frame, it is characterised in that：The split type photovoltaic module of described C-shaped
Retaining frame (4.1) is made up of a rigid connecting rod (1) and two pieces elasticity guard (3)；Elastic guard (3) is in suspension cable tension of steel strand
The section shape in direction is C-shaped；Rigid connecting rod (1) two ends are flat type, are respectively provided with one and are connected with photovoltaic module (2)
Mounting hole；The component mounting surface (5) of every c-type elasticity guard (4.2) is provided with a through hole, connects with photovoltaic module (2) and rigidity
Extension bar (1) is joined with bolts；The suspension cable mounting surface (7) of every c-type elasticity guard (4.2) is provided with two through holes, a single u-shaped
Bolt is fixed with suspension cable steel strand wires (4) through this through hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621441094.7U CN206313706U (en) | 2016-12-27 | 2016-12-27 | Photovoltaic module elasticity retaining frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621441094.7U CN206313706U (en) | 2016-12-27 | 2016-12-27 | Photovoltaic module elasticity retaining frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206313706U true CN206313706U (en) | 2017-07-07 |
Family
ID=59246012
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621441094.7U Expired - Fee Related CN206313706U (en) | 2016-12-27 | 2016-12-27 | Photovoltaic module elasticity retaining frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206313706U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108540077A (en) * | 2018-02-10 | 2018-09-14 | 通威股份有限公司 | A kind of photovoltaic module fixing device suitable for flexible support |
-
2016
- 2016-12-27 CN CN201621441094.7U patent/CN206313706U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108540077A (en) * | 2018-02-10 | 2018-09-14 | 通威股份有限公司 | A kind of photovoltaic module fixing device suitable for flexible support |
| CN108540077B (en) * | 2018-02-10 | 2020-04-03 | 通威股份有限公司 | Photovoltaic module fixing device suitable for flexible support |
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