This product uses monocrystalline silicon photovoltaic panels as the base material of the wind chime blades, combining power generation function and decorative effect. The aluminum alloy frame is treated with fluorocarbon spraying, with excellent weather resistance. The modular design supports rapid installation, and each module can independently generate power and connect to the building grid. The streamlined design of the wind-driven blades can produce uniform sound and swing effects at different wind speeds, and convert solar energy into electric energy to provide power for building lighting, security equipment and other facilities. Compared with traditional photovoltaic curtain walls, this product has dynamic aesthetic effects, which can improve the recognition and internet-famous attribute of the building, and reduce the building's energy cost, realizing the dual goals of decoration and energy saving.
The standard size of a single module is 1500mm (length) × 1000mm (height), the photovoltaic panel conversion efficiency is ≥22%, the swing angle of the blades ranges from 0-45°, and the overall system weight is about 22kg/m². It is suitable for building facade slopes of 15-60°, and supports remote monitoring of power generation data and blade angle adjustment. It has passed the IEC 61215 photovoltaic module testing standards, and can meet the energy needs of zero-carbon buildings.
It is suitable for scenarios such as zero-carbon office buildings, green hotel facades, new energy industrial park exterior walls, large commercial complex roof decorations, and smart community landscape curtain walls. It can be used as a building envelope or decorative facade, providing green energy for the building while creating a dynamic landscape effect. It is especially suitable for building high-end smart environmental protection building projects, helping to achieve the dual-carbon target.
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