The product solves the dual pain points of solar radiation overheating and high energy costs for buildings. The adjustable louver design allows users to control the amount of incoming sunlight, reducing indoor air conditioning loads by up to 45% in summer. Each louver integrates a polycrystalline silicon PV panel, generating electricity while providing shading. The electric adjustable mode can be linked to the building's smart home system, automatically adjusting the louver angle according to real-time solar radiation data. The aluminum alloy frame is corrosion-resistant and lightweight, reducing the overall load of the building envelope.
Single louver dimensions are 1000mm wide x 300mm high, with louver blade thickness of 1.5mm. Total unit thickness is 180mm including mounting bracket. Weight is 18kg per square meter. Peak power is 120W per louver unit. The system supports Zigbee and 485 smart control protocols, with remote adjustment available via mobile app. Fixed bracket system is compatible with standard building facade structures.
Suitable for residential high-rise buildings, star-rated hotels, office buildings in high-altitude or high-latitude regions, and commercial buildings with west-facing facades. It can be integrated with building smart energy management systems to optimize energy use and reduce overall building energy consumption. It is also an ideal choice for buildings looking to enhance exterior aesthetics while adding renewable energy generation.
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