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Optical coatings for energy-efficient fenestration: principles, products and prospects

机译:用于节能开窗的光学涂料:原理,产品和前景

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摘要

Buildings use as much as 40% of the world's total primary energy. This huge energy consumption is mainly tied to poor designs and entrenched practices for buildings' envelopes. One major road toward more energy efficient buildings is to employ design principles that are in harmony with the radiation in our natural surroundings. Glass coatings with spectral selectivity can lead to windows and glass facades with good thermal insulation and capability to transmit mainly visible light or, alternatively, across the full solar spectrum. Chromogenic glazings, especially if based on electrochromism, can regulate the inflow of visible light and solar energy between widely separated limits and achieve further energy efficiency. The new fenestration technologies are able to improve indoor comfort.
机译:建筑物使用的能源占世界一次能源总量的40%。如此巨大的能耗主要与不良设计和建筑围护结构根深蒂固有关。通往节能建筑的一条主要途径是采用与我们自然环境中的辐射相协调的设计原则。具有光谱选择性的玻璃涂层可以使窗户和玻璃幕墙具有良好的隔热性能,并能够透射主要是可见光,或者透射整个太阳光谱。发色玻璃,特别是基于电致变色的玻璃,可以在宽广的界限之间调节可见光和太阳能的流入,并进一步提高能效。新的开窗技术能够提高室内舒适度。

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