CN223829256U - Easily installable and removable photovoltaic module support device for electrochemical energy storage containers. - Google Patents

Abstract

This utility model discloses a photovoltaic module support device for easy installation and disassembly on an electrochemical energy storage container. It mainly consists of fixed crossbars, vertical telescopic bars, and fixed supports. The fixed crossbars include a front fixed crossbar and a rear fixed crossbar arranged in parallel. Fixed supports are respectively installed at corresponding positions on the front and rear fixed crossbars. One end of the vertical telescopic bar is connected to the front fixed crossbar via a fixed support. This device is mainly used to connect the electrochemical energy storage container and the finished photovoltaic modules, facilitating installation and disassembly using the finished fasteners. Applying this utility model can improve the shading and heat insulation effects of the electrochemical energy storage container, reducing the impact of ambient temperature and weather factors on the efficiency of the energy storage container. In summary, this utility model has the characteristics of simple structure and easy construction, making it suitable for widespread use.

Description

Easily installable and removable photovoltaic module mounting system for electrochemical energy storage containers.

Technical Field

This utility model belongs to the field of photovoltaic equipment technology, and in particular relates to a photovoltaic module support device that can be easily installed and disassembled on an electrochemical energy storage container.

Background Technology

Since 2021, the new energy storage industry has entered a period of rapid development, with electrochemical energy storage playing a dominant role. Taking electrochemical energy storage as an example, its performance has remained largely theoretical. First, battery issues are the most significant factor affecting the overall efficiency of electrochemical energy storage power stations. In standalone energy storage stations, batteries are susceptible to damage from direct sunlight, wind, rain, and freezing temperatures, leading to a significant reduction in energy efficiency. Second, heat dissipation vents are prone to blockage, resulting in excessively high internal temperatures, as does overall integration. Finally, due to climate and environmental factors, various parts of the equipment experience ventilation and heat dissipation problems, as well as leakage issues.

Summary of the Invention

The technical problem to be solved by this utility model is to provide a photovoltaic module support device that is simple in structure and easy to construct for use on electrochemical energy storage containers and can be easily installed and disassembled.

To solve the above-mentioned technical problems, the present invention adopts the following technical solution:

The easily installable and detachable photovoltaic module support device for electrochemical energy storage containers mainly consists of fixed crossbars, vertical telescopic bars, and fixed supports. The fixed crossbars include a front fixed crossbar and a rear fixed crossbar arranged in parallel. Fixed supports are respectively installed at corresponding positions on the front fixed crossbar and the rear fixed crossbar. One end of the vertical telescopic bar is connected to the front fixed crossbar through the fixed support.

The fixed crossbar is made of rectangular steel tube, and fixed round holes are provided at both ends of the fixed crossbar.

The lower part of the fixed support is connected to the fixed crossbar by a short hexagonal bolt, and the upper part of the fixed support is connected to one end of the vertical telescopic rod by a long hexagonal through-wall screw.

The front and rear fixed crossbars are placed on the corresponding top crossbars on the front and rear sides of the top of the electrochemical energy storage container.

The fixed crossbar is connected to the fixed round holes at both ends of the top crossbar through the round holes of the fasteners and bindings at both ends.

The circular hole has a built-in perforated fixing steel plate, and the fixing hole is connected to the circular hole by a long external hexagonal bolt and the perforated fixing steel plate.

The other end of the vertical telescopic rod is connected to the bottom front surface of the supporting solar photovoltaic panel or decorative panel, and the bottom rear surface of the solar photovoltaic panel or decorative panel is connected to the fixed support at the corresponding position on the fixed crossbar.

To address the problems existing in the current use of electrochemical energy storage containers, the inventors designed a simple installation and disassembly photovoltaic module support device for electrochemical energy storage containers. The device mainly consists of fixed crossbars, vertical telescopic bars, and fixed supports. The fixed crossbars include a front fixed crossbar and a rear fixed crossbar arranged in parallel. Fixed supports are respectively installed at corresponding positions on the front and rear fixed crossbars. One end of the vertical telescopic bar is connected to the front fixed crossbar through a fixed support. This device is mainly used to connect the electrochemical energy storage container and the finished photovoltaic modules, facilitating installation and disassembly using the finished fasteners. Applying this invention can improve the shading and heat insulation effects of electrochemical energy storage containers, reducing the impact of ambient temperature and weather factors on the efficiency of the energy storage container. In summary, this invention has the characteristics of simple structure and easy construction, making it suitable for widespread use.

Compared with the prior art, this utility model has the following outstanding advantages:

1. This utility model can be spliced together by using the top crossbar of the container to fasten and tie the finished telescopic rod. The components can be connected by bolts, thereby avoiding the use of on-site welding process and reducing damage to the container.

2. The support structure of this utility model has a small load-bearing capacity and consists entirely of lightweight metal components. It is transferred to the same-floor foundation via a container and does not require the use of surrounding land to design a new structural system.

3. This utility model is easy to install, simple to manufacture, and can be used sustainably.

4. After the invention is completed, the solar photovoltaic panels installed on the top can provide power to the air conditioning system inside the container, and also add heat insulation and water-proof functions to the container, thereby increasing the service life of the finished electrochemical energy storage container.

5. This utility model gives new life to electrochemical energy storage power stations, not only adding visual appeal but also harmonizing with the surrounding environment, like a bright spot in nature, silently telling the story of the perfect fusion of modern technology and ecological aesthetics.

Attached Figure Description

Figure 1 is a schematic diagram of the front fixed crossbar after assembly of the easily installable and detachable photovoltaic module support device for electrochemical energy storage containers according to this utility model.

Figure 2 is a schematic diagram of the structure of each component of the front fixed crossbar before assembly of the easily installable and detachable photovoltaic module support device for electrochemical energy storage containers according to this utility model.

Figure 3 is a schematic diagram of the cross-section at point A in Figure 1.

Figure 4 is a schematic diagram of the rear fixed crossbar after assembly of the easily installable and detachable photovoltaic module support device for electrochemical energy storage containers according to this utility model.

Figure 5 is a structural schematic diagram of the rear fixed crossbar part of the easily installable and detachable photovoltaic module support device for electrochemical energy storage containers before assembly.

Figure 6 is a schematic diagram of the cross-section at point B in Figure 4.

Figure 7 is a schematic diagram of the usage status of the photovoltaic module support device that can be easily installed and disassembled on the electrochemical energy storage container according to this utility model.

In the diagram: 1 Fasteners and bindings, 2 Top crossbar, 3 Fixed crossbar, 4 Fixed support, 5 Fixed steel plate with holes, 6 Long hexagonal bolt with full thread, 7 Short hexagonal bolt with full thread, 8 Vertical telescopic rod, 9 Long hexagonal through-wall screw, 10 Auxiliary steel plate, 11 Round iron buckle, 12 U-shaped slot with holes, 13 U-shaped purlin with grooves, 14 Medium-length hexagonal through-wall screw and nut, 15 Finished solar photovoltaic panel or decorative panel.

Detailed Implementation

I. Basic Structure

As shown in Figures 1 to 7, the photovoltaic module support device for easy installation and disassembly on an electrochemical energy storage container of this utility model mainly consists of a fixed crossbar 3, a vertical telescopic bar 8, a grooved U-shaped purlin 13, and a fixed support 4.

in,

The fixed crossbars include a front fixed crossbar and a rear fixed crossbar arranged in parallel. Fixed supports are respectively installed at corresponding positions on the front fixed crossbar and the rear fixed crossbar. The lower part of the fixed support is connected to the fixed crossbar by a short hexagonal bolt 7. The upper part of the front fixed support is connected to one end of the vertical telescopic rod installed on the front fixed crossbar by a hexagonal through-wall screw 9. The upper part of the rear fixed support is connected to one end of the rotatable grooved U-shaped purlin installed on the rear fixed crossbar by a hexagonal through-wall screw 9.

The fixed crossbars are made of rectangular steel tubes, with fixed circular holes at both ends. The front and rear fixed crossbars are placed on the corresponding top crossbars 2 on the front and rear sides of the top of the electrochemical energy storage container. The fixed crossbars are connected to the circular holes of the fastening and binding parts 1 at both ends of the top crossbars through the fixed circular holes at both ends. The circular holes are equipped with perforated fixing steel plates 5, and the fixing circular holes are connected to the circular holes through long external hexagonal bolts 6 and the perforated fixing steel plates.

The other end of the vertical telescopic rod is connected to the bottom front surface of the supporting solar photovoltaic panel or decorative panel, and the bottom rear surface of the solar photovoltaic panel or decorative panel is connected to the fixed support at the corresponding position on the fixed crossbar.

II. Installation Method

(1) The fixed support passes through the fixed crossbar made of rectangular steel pipe and places the fixed crossbar on the corresponding top crossbars on the front and rear sides of the top of the finished electrochemical energy storage container;

(2) The four intersections of the fixed crossbar and the top crossbar (i.e. the four fixed round holes of the fixed crossbar and the corresponding round holes of the four fasteners and binding parts of the top crossbar) are connected by the auxiliary steel plate 10 supporting the hole-fixed steel plate inside the round hole, and the fixed round hole and the round hole are connected by long external hexagonal threaded bolts.

(3) Connect the middle part of the fixed support to the crossbar with a short hexagonal threaded bolt, and connect the vertical telescopic rod to the upper part of the front fixed support with a long threaded hexagonal through-wall screw to form the front fixed bracket.

(4) The upper part of the rear fixed support is inserted into the middle of the long screw of the external hexagonal through wall screw by the round iron buckle 11 to achieve the effect of rotation. The U-shaped slot 12 with hole is welded to the round iron buckle 11. The side groove and the middle part of the grooved U-shaped purlin 13 are respectively connected by the short external hexagonal full thread bolt and the medium and long external hexagonal through wall screw nut.

(5) Finished solar photovoltaic panels or decorative panels can be laid on the top of the bracket, so that the bottom front surface of the solar photovoltaic panels or decorative panels is connected and supported by the other end of the vertical telescopic rod, and the bottom rear surface of the solar photovoltaic panels or decorative panels is connected and fixed supports are fixed on the corresponding positions of the horizontal rod.

Claims (7)

1. The photovoltaic module support device capable of being simply installed and detached for the electrochemical energy storage container is characterized by mainly comprising a fixed cross rod, a vertical telescopic rod and a fixed support, wherein the fixed cross rod comprises a front fixed cross rod and a rear fixed cross rod which are arranged in parallel, the fixed support is respectively arranged at corresponding positions on the front fixed cross rod and the rear fixed cross rod, and one end of the vertical telescopic rod is connected and arranged on the front fixed cross rod through the fixed support.

2. The photovoltaic module support device according to claim 1, wherein the fixing cross bar is made of rectangular steel pipes, and fixing round holes are formed in two ends of the fixing cross bar.

3. The photovoltaic module support device according to claim 2, wherein the lower portion of the fixing support is connected with the fixing cross rod through a short external hexagonal full-tooth bolt, and the upper portion of the fixing support is connected with one end of the vertical telescopic rod through an external hexagonal through-wall screw long screw.

4. The photovoltaic module rack apparatus of claim 1 wherein the front and rear fixed rails are positioned on top rails corresponding to the front and rear sides of the top of the electrochemical energy storage container.

5. The photovoltaic module support apparatus of claim 4 wherein the fixed cross bar is connected to the circular holes of the fastening and ligating members at the two ends of the top cross bar through the fixed circular holes at the two ends.

6. The photovoltaic module support apparatus according to claim 5, wherein the circular hole is internally provided with a perforated fixing steel plate, and the fixing round hole is connected with the circular hole through a long outer hexagonal full-tooth bolt and the perforated fixing steel plate.

7. The photovoltaic module support device according to claim 3, wherein the other end of the vertical telescopic rod is connected with a fixing support for supporting the front end bottom surface of the solar photovoltaic panel or the decorative plate, and the rear end bottom surface of the solar photovoltaic panel or the decorative plate is connected with a corresponding position on the rear fixing cross rod.