With the development of automation and AI technology, building shading is also constantly developing in the direction of intelligence. A well-designed building shading can control the amount of sunlight entering the room, reduce the energy consumption of building air conditioning, and improve the indoor light and heat environment. It is one of the most effective ways to achieve building energy conservation.

 

One of the development trends of modern shading facilities is to integrate shading products with architectural windows. Such as the breathing curtain wall structure of the central louver, the double-layer window of the central sunshade, and the external sunshade products made of integrated structure and window. The solar photoelectric film structure is combined with the rigid external shading facility, so that the external shading facility performs solar power generation while shading, which greatly expands the function of the shading member. Photovoltaic power generation uses renewable solar energy sources without pollution. The photovoltaic cells are placed on the sun visor, which can not only shade and avoid the damage of strong sunlight, but also generate electricity and obtain pure energy.

 

Architectural shading design is inseparable from the understanding of the sun's movement and the understanding of the functional requirements of the building. Both require that the shading facilities themselves can change with the "building-sun relationship", or according to the transformation of the building's regional function Adjust in time. Although the manual control mode is economical, it cannot always be adjusted accurately according to changes in the environment, and its accuracy is not as good as intelligent control. Especially the external shading facilities used in public buildings often need control systems to assist in realizing regulation. Therefore, the automation and intelligent control of building shading will become a trend in various high-end building shading applications.