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The Sustainability Benefits of Suspended Particle Device (SPD) Light-Control Technology: Energy Efficiency, Individual Well-Being, and Security

机译:悬浮粒子设备(SPD)光控制技术的可持续性优势:能源效率,个人幸福感和安全性

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Buildings and vehicles are among the leading users of energy worldwide, and as such, contribute significantly to carbon emissions and energy expenses. Architectural and transportation products made with suspended particle device (SPD) light-control technology - windows, skylights, partitions, sunroofs and others - can reduce energy use and advance individual well-being and security objectives. These "smart glass" products use SPD film that contains a coating of microscopic, orientable particles whose alignment and light transmission properties can be varied with an electrical interface. By regulating the voltage to the SPD film, users can manually or automatically control the amount of light, glare and heat entering the building or vehicle. This paper summarizes the technical features of SPD light-control technology and discusses its sustainability benefits which include energy savings, individual-well-being and security.
机译:建筑物和车辆是全球能源的主要使用者,因此,它们对碳排放和能源费用做出了重大贡献。使用悬浮粒子设备(SPD)的光控制技术制造的建筑和运输产品-窗户,天窗,隔板,天窗等-可以减少能源消耗并提高个人的幸福感和安全性目标。这些“智能玻璃”产品使用SPD膜,该膜包含微细可定向颗粒的涂层,其排列和透光特性可以随电界面而变化。通过调节SPD膜的电压,用户可以手动或自动控制进入建筑物或车辆的光量,眩光量和热量。本文总结了SPD光控技术的技术特点,并讨论了SPD光控技术的可持续性优势,包括节能,个人福祉和安全性。

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