A method for manufacturing a multifunctional daylighting panel
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Release time:
2023-05-11 17:37
A daylighting panel is an opening left in the roof deck, surrounded by walls and fitted with a flat, transparent material. The openings in the roof deck can vary in size; sometimes, one of the roof panels can even be removed entirely to serve as a daylighting aperture. In such cases, it’s necessary to install vertical shaft linings on adjacent roof panels and then add purlins to support the flat, translucent material. These panels are typically fixed to fans. The materials used for these panels—such as polypropylene, polycarbonate, polyester, APET, or polyvinyl chloride—are similar in properties and applications to those of lighting shades. Since some residential homes are located in secluded areas where natural light is limited, there’s a high demand for effective daylighting solutions. Installing daylighting panels on the roof can significantly increase the area illuminated, providing sufficient lighting throughout the house. , However, it’s impossible to provide shade for them at noon or during other times when lighting isn’t required. To address this issue, the daylighting panel has been designed as an integrated structure, and electric ceiling curtains have been installed on the underside of the lighting panel. When lighting is not needed, the canopy closes. When illumination inside the house is required, the canopy opens, allowing ample sunlight to enter. On one side of the lighting panel, solar panels equipped with solar trackers have also been installed, ensuring that sunlight directly hits the solar panels and maximizing their efficiency in converting light energy into electricity. The solar panels store the generated electricity in batteries; part of this stored energy powers the smart controller, while the remainder serves as an external power source to connect to the necessary devices. The smart controller also functions as the control unit for the electric canopy.
Technical personnel A multifunctional daylighting panel is provided, which can effectively address the issues mentioned in the background technology described above. To achieve the aforementioned objective, This multifunctional Lighting panel Adopt The following technical solution provides a multifunctional daylighting panel, comprising a lighting panel body. An mounting base is fixedly installed on one side of the upper end of the lighting panel body. A solar panel is mounted on the upper end of the mounting base. On one side of the solar panel is installed a solar tracker. The lower end of the mounting base is connected to a connecting rod, and the lower end of the connecting rod is fitted with a connector. One end of the connector is equipped with an electric awning, and the lower side of the connector houses a battery. The main body of the lighting panel has an integrated structure. The solar tracker is electrically connected to the solar panel. The electric awning consists of louver blades and is positioned beneath the main body of the lighting panel. The solar panel is electrically connected to the battery, and an external power cable is also connected to the battery. The battery is electrically connected to a smart controller via wires. The smart controller uses a microcontroller as its control unit and is electrically connected to both the electric awning and the external power cable.
Compared with existing technologies, the aforementioned multifunctional... The advantages of the daylighting panel are as follows: The multifunctional daylighting panel features a compact and well-designed structural layout. The lighting panel is integrated into a single, unified structure, and an electric skylight is installed on the underside of the lighting panel. When lighting is not required, the skylight can be closed to serve as a roof; when indoor illumination is needed, the skylight can be opened to allow ample sunlight into the house. On one side of the daylighting panel, a solar panel and a solar tracker are also installed. The solar tracker directs sunlight directly onto the solar panel, significantly enhancing the panel’s efficiency in converting light energy into electricity. The solar panel stores the generated electricity in a battery bank—part of which powers the smart controller, while the remainder is available for connection to external devices via power cables. The smart controller also serves as the control unit for the electric skylight. This structure can directly harness solar energy, thereby conserving energy. The multifunctional daylighting panel boasts a simple and efficient design, is reasonably engineered, and features a more user-friendly approach, making it well-suited for wider adoption.
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