PDLC film's energy consumption and performance for light filtration system

Wiwat Keyoonwong, W. Khan-ngern, Paritpong Tavichaiyut Viritpol Ruxsri, Vishnu Raksasataya
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引用次数: 1

Abstract

This paper proposes to record the result of energy consumption and light transmission rate when using PDLC film with green insulated glass, at size lxl sq.m. with 6-12-6 mm. standard thickness. The result of energy consumption and performance in protecting from the sun light are explained. The PDLC energy consumption characteristic and its principle are described. The methodology to test the performance of PDLC film with green insulated glass also incuded. The result indicated that different voltage source level will also be able to affect the light transmission rate. From experiment found that at level 0 volt had a light transmission rate at 22.3 percent, level 15 volts at 28.8 percent, level 30 volts at 32.0 percent, level 45 volts at 33.2 percent, level 55 volts at 33.4 percent and level 70 at 34.0 percent, respectively. All of these values were compared with direct light intensity from outside. In the future, it can be used in purpose for energy saving inside building.
光过滤系统用PDLC薄膜的能耗与性能
本文拟记录使用绿色中空玻璃PDLC薄膜时的能耗和透光率结果,尺寸为lxl平方米,标准厚度为6-12-6 mm。说明了能源消耗的结果和防晒性能。介绍了PDLC的能耗特性及其工作原理。介绍了用绿色中空玻璃测试PDLC膜性能的方法。结果表明,不同的电压源电平也会影响光的透射率。从实验中发现,在0伏电压下,透光率为22.3%,15伏电压为28.8%,30伏电压为32.0%,45伏电压为33.2%,55伏电压为33.4%,70伏电压为34.0%。所有这些数值都与外界直射光强进行了比较。在未来,它可以用于建筑内部的节能目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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