CN202796998U

CN202796998U - Sticking type support used for combining solar panel or solar module

Info

Publication number: CN202796998U
Application number: CN2012204941119U
Authority: CN
Inventors: 孙文郁; 黄秀敏; 孙武言; 孙武廷
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-09-26
Filing date: 2012-09-26
Publication date: 2013-03-13
Anticipated expiration: 2022-09-26

Abstract

A sticking type support used for combining a solar panel or a solar module comprises a support body and a sticking glue layer. The support body can be fixed above a fixed object, the face of the support body and used for sticking the solar panel and the solar module is a sticking face, and a sticking glue layer is arranged on the sticking face of the support body. When the solar panel is arranged on the sticking glue layer, sticking location can be finished. The support enables the solar panel or the support body to be directly located on the support body in sticking mode, has the advantages of being capable of quickly conducting combination and fixation without using a press button or a back locking piece in a traditional construction method, is simple in construction and greatly reduces cost.

Description

Be used for the adherent support in conjunction with solar panels or solar energy module

Technical field

The utility model relates to a kind of support, but the adherent support of espespecially a kind of Fast Installation solar panels or solar energy module.

Background technology

In the market solar photoelectric module (plate) roughly can divide into frame solar optical-electric module (plate) with without two kinds of frame solar optical-electric modules (plate).

There is frame solar optical-electric module (plate) to be mainly silicon wafer class solar photoelectric module (plate), housing mostly is aluminum alloy frame, generally can adopt the aluminium alloy clinching or carry on the back lock (being spirally connected) formula etc. and be fixed on the solar bracket, but because solar bracket lower space restriction, often so that back of the body lock (being spirally connected) formula combination is limited, have to adopt the aluminium alloy clinching to carry out combination, but its cost is high, construction is difficult for, and increase structure space and the weight of support needless duplication, and then complex procedures, cost are promoted.

Be mainly non-silicon wafer class solar photoelectric module (plate) without frame solar optical-electric module (plate), because of without aluminum alloy outer frame, so adopt press fastening type is fixed on the support more, identical with foregoing problems, its cost is high, construction is difficult for, and cracky and increase structure space and the weight of aluminum frame needless duplication.

Summary of the invention

Technical problem to be solved in the utility model is: for above-mentioned the deficiencies in the prior art, provide a kind of for the adherent support in conjunction with solar panels or solar energy module, it can be rapidly in conjunction with fixed solar plate or solar energy module, need not use the clinching of traditional engineering method, it is simple and easy to construct, and can significantly reduce cost.In addition, refer to Integration Framework outside solar panels in described solar energy module herein, or finish the solar panels of encapsulating structure.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of for the adherent support in conjunction with solar panels or solar energy module, be characterized in: it comprises rack body and mucigel, this rack body can be fixed in the top of a fixture, and this rack body is provided with the face of pasting that can bind with solar panels; This mucigel is arranged at the face of pasting of this rack body; These solar panels or solar energy module bind fixing by this mucigel.

It is mucigel that the utility model further adopts the glutinous agent of high-performance, increases by this convenience and stability installed, and can completely cut off the corrosion problem that causes because of potential difference between different metal.

Further, rack body can be C type, L-type, T-shaped, H type, grooved, yi word pattern, concave character type, matrix pattern, square tubulose or rectangular tubular, cooperates by this various construction environment conditions to use.

Further, rack body is that steel or aluminium (comprise the aluminium synthetic material in the described aluminium of this specification, for example: aluminium alloy).

The utility model is that solar panels or solar energy module are sticked on the various aluminium extruded type member of steel construction standard specification member (as: steel brackets such as L-type angle steel, C shaped steel, T-shaped angle steel, H shaped steel, U-steel, rectangular steel tube, rectangular steel pipe) or aluminum frame, but the corrosion problem that causes because of potential difference between the isolated different metal of mat mucigel is incorporated into steel structure support or aluminium alloy post.

By the utility model can with solar panels or solar energy module directly binds the location, need not re-use back of the body latch fitting or clinching part, or other known technology, so easy construction, can significantly shorten the engineering time, and not need to re-use separately back of the body latch fitting or other fastener, so can reduce cost and overall weight, again, mucigel can completely cut off the corrosion problem that causes because of potential difference between different metal.Moreover the utility model can be applicable to various solar energy modules, finishes the solar panels of encapsulation even cooperated known technology, still can reach fixing via bonding, does not need to reequip separately, so it is applied widely.

Below hereby lift a most preferred embodiment, cooperate graphic, figure number, constitution content of the present utility model and the effect reached thereof are described in detail as follows.

Description of drawings

Fig. 1 is the part schematic perspective view of the utility model embodiment;

Fig. 2 and Fig. 3 are the rack body and the generalized section of directly binding without the frame solar plate of the utility model embodiment;

Fig. 4 is the rack body of the utility model embodiment and the solar energy module bonding figure of conventional frame;

Fig. 5 is that the rack body of the utility model embodiment sees through mucigel and the bonding of press fastening type framework, again in conjunction with the schematic diagram of conventional frame solar energy module;

Fig. 6 is that the rack body of the utility model embodiment sees through mucigel and the locking type framework binds, indirect schematic diagram in conjunction with the conventional frame solar energy module;

Fig. 7 is that the rack body of the utility model embodiment sees through mucigel and the dull and stereotyped bonding of yi word pattern, indirect schematic diagram in conjunction with the conventional frame solar energy module;

Fig. 8 is that the rack body of the utility model embodiment sees through mucigel and the concave character type aluminium sheet binds, indirect schematic diagram in conjunction with the conventional frame solar energy module;

Fig. 9 to Figure 16 is the schematic diagram of the various shapes of the utility model embodiment medium-height trestle body.

Label declaration

10 ... rack body 11 ... paste face

20 ... mucigel S ... solar panels

S1 ... conventional frame S2 ... the press fastening type framework

S3 ... framework S4 ... dull and stereotyped

S5 ... dull and stereotyped T ... locked assembly

10a ... the rack body 10b of L-type ... the rack body of square tubulose

10c ... the rack body 10d of rectangular tubular ... rectangular tubular aluminium extruded type rack body

10e ... matrix pattern aluminium extruded type rack body 10f ... L-type aluminium extruded type rack body

10g ... yi word pattern aluminium extruded type rack body 10h ... concave character type aluminium extruded type rack body

Embodiment

In the described solar panels of present embodiment and solar energy module, make a general reference " frame solar optical-electric module (plate) is arranged " of Integration Framework or " without frame solar optical-electric module (plate) " of Integration Framework not for industry, chat bright in this in advance.

See also the part schematic perspective view of the utility model embodiment shown in Figure 1.Present embodiment can be convenient to the usefulness of solar panels assembling, it comprises rack body 10 and mucigel 20, wherein rack body 10 can be fixed in the top of a fixture (not shown), again, defines face that this rack body 10 will paste with solar panels S for pasting face 11; Mucigel 20 is arranged at the face of pasting 11 of this rack body 10, please cooperates simultaneously Fig. 2 and bonding state generalized section shown in Figure 3, after solar panels S places this mucigel 20, namely sees through stickiness and solar panels S is binded is positioned on the rack body 10.(Fig. 2 is the view that rack body 10 places solar panels S down either side, and Fig. 3 is the view that rack body 10 places solar panels S below.)

Because present embodiment is that mucigel 20 is arranged on the rack body 10, therefore in the process of installing, can rapidly solar panels S be placed in corresponding position, have the advantage of quick construction.Again, need not use the clinching of traditional engineering method or back of the body latch fitting to install, so that materials and parts significantly reduce, cost also significantly reduces thereupon.

Again, this mucigel 20 can be the glutinous agent of high-performance, can completely cut off the corrosion problem that causes because of potential difference between different metal.

Fig. 1 of present embodiment all adopts the C type to rack body 10 shown in Figure 8, and Fig. 2, Fig. 3 be for directly to paste without frame solar plate S, and Fig. 4 to Fig. 8 is the combination from different solar energy modules.Hence one can see that, application mode of the present utility model is extensive, also be applicable to the solar energy module of conventional package structure, be other pattern so can learn that 10 combinative solar panels of rack body or solar energy module can be derived, be not limited to shown in figure or the description.

Below will make an explanation for the pattern of each figure:

The rack body 10 of Fig. 2 and the C of being type shown in Figure 3 sees through mucigel 20 and directly binds with solar panels S.

The rack body 10 that Fig. 4 is the C type sees through mucigel 20 and solar energy module bonding, and this solar energy module is formed in conjunction with solar panels S by conventional frame S1.

The rack body 10 that Fig. 5 is the C type sees through mucigel 20 and binds with press fastening type framework S2, is incorporated in the press fastening type framework S2 in connection with the solar panels S that conventional frame S1 is arranged again, and this also is a kind of solar energy module wherein.

The rack body 10 that Fig. 6 is the C type sees through mucigel 20 and binds with locking type framework S3, and utilize locked assembly T in conjunction with solar panels S to form a kind of solar energy module.

Fig. 7 is another kind of solar energy module, and it is that rack body 10 with the C type sees through mucigel 20 and a dull and stereotyped S4 bonding, conventional frame S1 on the interlocking again, by conventional frame S1 in conjunction with solar panels S.

Fig. 8 forms dull and stereotyped S5 with the described dull and stereotyped S4 of Fig. 7 two ends continuous recessed folding that makes progress, and can reduce by this solar panels and apply spacing and easily locking, and can increase the height of conventional frame S1.

Can learn that by above-mentioned each figure present embodiment also can directly be combined with the employed structure of traditional engineering method, need not change its structure, so it can use aspect extensive.

Consult Fig. 9 to shown in Figure 16, it is respectively the rack body 10b of the rack body 10a of L-type, square tubulose, rack body 10c, rectangular tubular aluminium extruded type rack body 10d, matrix pattern aluminium extruded type rack body 10e, L-type aluminium extruded type rack body 10f (only one side is coated with daub), yi word pattern aluminium extruded type rack body 10g and the concave character type aluminium extruded type rack body 10h of rectangular tubular in regular turn again.Cooperate different landform to use by these a little different shapes, increase the whole diversity of using.

With above-mentioned, only being a preferred embodiment of the present utility model only, is not to limit the utility model practical range, and the equalization of namely doing according to the utility model claim changes, and all contains in the utility model claim.

Claims

1. adherent support that is used in conjunction with solar panels or solar energy module, it is characterized in that: it comprises rack body and mucigel, and this rack body can be fixed in the top of a fixture, and this rack body is provided with the face of pasting that can bind with solar panels; This mucigel is arranged at the face of pasting of this rack body; These solar panels or solar energy module bind fixing by this mucigel.

2. as claimed in claim 1 for the adherent support in conjunction with solar panels or solar energy module, it is characterized in that: described mucigel is the glutinous agent of high-performance.

3. as claimed in claim 2 for the adherent support in conjunction with solar panels or solar energy module, it is characterized in that: described rack body is C type, L-type, T-shaped, H type, grooved, square tubulose, rectangular tubular, yi word pattern, matrix pattern or concave character type.

4. as claimed in claim 3 for the adherent support in conjunction with solar panels or solar energy module, it is characterized in that: described rack body is steel or aluminium.