CN201378595Y - Thin film battery module installation device and its structure connected with roof or ground - Google Patents

Abstract

The utility model relates to a thin-film battery pack installing device and a structure connected with roof or ground thereof. The thin-film battery pack installing device comprises an upper holder block and a lower filling block that are symmetrical left and right; a bolt fixing groove is arranged in the middle of the upper holder block; and thin-film battery packs are respectively between the upper holder block and the lower filling block that are symmetrical left and right. The utility model has the beneficial effects that the installing device and the structure thereof are designed based on the function by meeting the structural bearing capacity and combining the characteristics of the actual product, and the material can be used reasonably and economically, therefore, the solar power battery packs are installed very conveniently and rapidly, the appearance is beautiful, the working efficiency is greatly improved, and the product cost and construction cost are saved.

Description

Thin film battery module installation device and its structure connected with roof or ground

technical field

The utility model relates to a solar panel installation part and an installation method, in particular to a thin-film battery assembly installation device and a structure connected with the roof or the ground.

Background technique

With the continuous development of the solar photovoltaic industry, the number of solar power generation projects continues to increase. Due to the high price of traditional silicon cell solar modules, it has had a certain impact on the popularization of the solar energy industry. Therefore, thin film batteries have been introduced in the market instead of traditional silicon cells. The advantages of thin film batteries are low production costs and high power conversion efficiency. One of the most promising solar power generation products.

In power generation engineering projects, how to fix and install battery panels will have an important impact on the power generation of the entire project. There are two types of mounting components for solar cell modules:

Framed component connection

Since it has a frame to fix the battery sheet, you only need to fix the frame to fix the battery module during installation. This kind of module itself is heavy, and the thickness of the frame is about 35mm. It is a relatively common battery module, but this kind of battery module The price is higher than that of thin-film batteries, and the market penetration is small.

Thin film battery module (frameless module)

Thin-film battery components, this kind of component is based on glass and other cheap materials, and its entire thickness is about 7mm. It is a new type of high-efficiency power generation component. Its price is lower than that of traditional battery components with frames. Some characteristics of the material require that the damage to the component itself should be considered during the installation process, so its installation and fixing are particularly important.

Contents of the invention

The technical problem to be solved by the utility model is to provide a thin-film battery assembly installation device, aiming to solve the above-mentioned problems;

The utility model also provides a structure in which the installation device is connected with the roof or the ground.

In order to solve the above technical problems, the utility model is achieved through the following technical solutions:

The installation device of the thin-film battery assembly of the utility model includes: a left-right symmetrical upper pressing block and a lower cushion block; there is a bolt fixing groove in the middle of the upper pressing block; the thin-film battery is respectively placed between the left-right symmetrical upper pressing block and the lower cushion block between;

The structure connecting the installation device and the roof of the utility model includes: at least one installation device; the installation device includes: a left-right symmetrical upper pressing block and a lower cushion block; there is a bolt fixing groove in the middle of the upper pressing block; Thin-film batteries are respectively placed between the left-right symmetrical upper pressing block and the lower cushion block; the installation device also includes: a guide rail for fixing the pressing block, and there are guide rails for installing the battery board on the reverse side and for leading out cables. Connect the chute and the installation chute for fixing the guide rail; place an L-shaped foot on the side of the installation chute to connect with the installation chute and the roof respectively; the installation device is fixed to the installation chute by T-shaped bolts;

The installation device of the present utility model is connected to the ground structure including: at least one installation device; the installation device includes: left and right symmetrical upper pressing blocks and lower pads; there is a bolt fixing groove in the middle of the upper pressing block; Thin-film batteries are respectively placed between the left-right symmetrical upper pressing block and the lower spacer; under the installation device, there are: guide rails for fixing the pressing blocks, and guide rail members for installing the battery board on the reverse side and for leading out cables. The connection chute and the installation chute for fixing the guide rail; also includes: a main pole and the lower bracket of the main pole; an L-shaped leg connected to the installation chute and the main pole is arranged on the side of the installation chute.

Compared with the prior art, the beneficial effect of the utility model is: while satisfying the structural bearing capacity, combining the characteristics of the actual product with functional design, using materials reasonably and economically, making the installation of solar power battery packs very convenient and beautiful in appearance, The work efficiency is greatly improved, and the cost of products and construction is saved.

Description of drawings

Fig. 1 is a structural representation of the utility model;

Fig. 2 is the three-dimensional structure schematic diagram that the installation device of the present invention is connected with the roof;

Fig. 3 is the plane structure schematic diagram that installation device of the present invention is connected with roof;

Fig. 4 is a schematic diagram of installation of the utility model on a roof matrix.

Fig. 5 is a structural schematic diagram of the connection between the installation device of the present invention and the ground matrix;

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the utility model is described in further detail:

It can be seen from Fig. 1, Fig. 2 and Fig. 3 that the thin-film battery module installation device of the present invention includes: a left-right symmetrical upper pressing block A and a lower cushion block B; there is a bolt fixing groove in the middle of the upper pressing block A; the thin-film battery 4 respectively placed between the left and right symmetrical upper pressing block A and lower pad B;

Rubber stickers 41 with anti-UV and anti-slip properties are attached to the middle and both sides of the upper pressing block A and the lower pad B where the thin-film battery 4 is placed.

It can be seen from Fig. 2, Fig. 3 and Fig. 4 that the structure of the installation device of the present invention connected to the roof includes: at least one installation device; the installation device includes: left-right symmetrical upper pressing block A and lower pad B There is a bolt fixing groove in the middle of the upper pressing block A; the thin-film batteries 4 are respectively placed between the symmetrical upper pressing block A and the lower pad B; the installation device also includes: The guide rail has a connecting chute C for installing the battery board on the reverse side and for leading out cables, and an installation chute D for fixing the guide rail; on the side of the installation chute D, a The L-shaped leg 5 connected to the roof; the installation device is fixed with the installation chute D through the T-shaped bolt 6;

It can be seen from Fig. 2, Fig. 3 and Fig. 5 that the structure of the installation device of the present invention connected to the ground includes: at least one installation device; the installation device includes: a symmetrical upper block A and a lower block B There is a bolt fixing groove in the middle of the upper pressing block A; the thin-film battery 4 is respectively arranged between the left-right symmetrical upper pressing block A and the lower cushion block B; The guide rail is used in the guide rail member to install the battery board on the reverse side and the connection chute C for leading out the cable, and the installation chute D for fixing the guide rail; it also includes: a main pole 7 and a main pole lower bracket 8; An L-shaped leg 5 connected to the installation chute D and the main rod 7 is arranged on the side of the slot D.

The installation device of the utility model is designed with upper and lower parts, wherein A is specially used to connect with the solar battery module, and B is specially used to connect with the battery module below to play the role of supporting the thin film battery module. The rubber sticker with UV performance and anti-slip performance, after calculating the wind resistance and bearing capacity, and considering the convenience of installation, T-shaped stainless steel bolts are selected as the positioning connection and installation device, which is suitable for the fixed installation of thin film solar cell modules with different thicknesses. Considering the convenience of installation, the diversity and the beauty of the arrangement of the battery components after installation, the connecting groove at C of the aluminum alloy guide rail under the matching installation device can be used to fix the cables leading out of the solar battery module, and the expansion bolts for the D installation groove and the L leg Fixed on the roof or on the ground. Through mechanical calculations, the outer wall thickness of the guide rail has been reinforced and thickened accordingly, and the side design not only increases the strength but also improves the aesthetic effect.

In terms of materials, the briquetting block of this utility model adopts aluminum alloy 6063-T5 and has been anodized, while the stainless steel mounting rail itself has good mechanical properties. The installation guide rail system can guarantee the service life of more than 10 years in the natural environment, which reduces the average cost of solar power generation.

The utility model puts the battery assembly in the installation device, puts the end of the T-shaped bolt into the chute of the installation guide rail, and the minimum distance between the two battery assemblies, that is, the distance between the outer edges of the two legs of the middle connecting block is also according to The solar photovoltaic power system installation engineering design specification stipulates that the design is greater than 5mm; the L leg is fixed on the side of the installation guide rail with a T-shaped bolt, and the other side is fixed on the beam under the roof with a double-headed screw or fixed with an abdominal expansion bolt. On the cement roof, the bolts in contact with the roof should be waterproofed, so that the battery thin film battery module can be installed on the roof. The installation of the battery pack can be realized only by fixing on the lower parts during installation.

The installation device of the utility model can not only fix the thin film battery assembly horizontally but also vertically, and both the pressing block and the guide rail can realize these two different installation methods and requirements. After the battery assembly is fixed on the guide rail, the L leg and the guide rail leg are connected to the lower bracket to finally realize the installation of the entire power generation system.

In Figure 5, it is placed on the main pole that can rotate freely. When the main pole is adjusted to a certain angle according to the needs, the battery assembly is also tilted at a certain angle, which can better realize solar power generation.

Claims (6)

1, a kind of hull cell module installing device is characterized in that comprising: symmetrical upper holder block and lower cushion block; The bolt groove is arranged in the middle of the described upper holder block; Hull cell is placed in respectively between symmetrical upper holder block and the lower cushion block.

2, hull cell module installing device according to claim 1 is characterized in that: all have the rubber subsides with anti-UV performance and non-skid property at the upper holder block of described arrangement hull cell and the centre and the both sides of lower cushion block.

3, the structure that is connected with the roof of a kind of hull cell module installing device: it is characterized in that comprising: at least more than one erecting device; Described erecting device comprises: symmetrical upper holder block and lower cushion block; The bolt groove is arranged in the middle of the described upper holder block; Hull cell is placed in respectively between symmetrical upper holder block and the lower cushion block; In described erecting device, also comprise: be used for fixing the guide rail of briquetting, be useful on reverse side in the guide rail cell panel and the installation chute that is connected chute and is used for fixing guide rail that is used for outgoing cable are installed; The side that chute is installed other settle one respectively with the L type leg that chute and roof join is installed; Erecting device is fixed by T type bolt and installation chute.

4, the structure that is connected with the roof of hull cell module installing device according to claim 3: it is characterized in that: all have rubber in the centre of the upper holder block of described arrangement hull cell and lower cushion block and both sides and paste with anti-UV performance and non-skid property.

5, the structure that is connected with ground of a kind of hull cell module installing device: it is characterized in that comprising: at least more than one erecting device; Described erecting device comprises: symmetrical upper holder block and lower cushion block; The bolt groove is arranged in the middle of the described upper holder block; Hull cell is placed in respectively between symmetrical upper holder block and the lower cushion block; Under described erecting device, comprise: be used for fixing the guide rail of briquetting, be used for reverse side in the guide rail component cell panel and the installation chute that is connected chute and is used for fixing guide rail that is used for outgoing cable are installed; Also comprise: mobile jib and mobile jib lower carriage; The side that chute is installed other settle one respectively with the L type leg that chute and mobile jib join is installed.

6, the structure that is connected with ground of hull cell module installing device according to claim 5: it is characterized in that: all have rubber in the centre of the upper holder block of described arrangement hull cell and lower cushion block and both sides and paste with anti-UV performance and non-skid property.

Images