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Optic performance of single and double-glazed laminated glass in tropical climate

机译:热带气候中单玻璃层压玻璃的光学性能

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Validation model was generated by WINDOW 7.6 software to simulate the temperature changes of laminated glass. This approach is used as a validation model to compare the real time temperature changes observed. The parameter in the test were clear laminated glass and coloured laminated glass with using singleand double-glazed technology to assess the impact of optic glass, including U-Value, SHGC, and additional layer application of laminated Glass (Double Glazing Technology) in building temperature changes for creating thermal comfort. The results showed that single glazed technology application on clear laminated glass adjust the room temperature between 30.2°C to 31.4°C. In comparison, single colour laminated glass technology application set the room temperature 27.7°C to 28.5°C. Interestingly, the double-glazed application reduced the indoor temperature between 27.1°C to 28.5°C. These results showed that buildings’ significant thermal performance could be accomplished by applying doubleglazed technology. Nevertheless, double glazed technology was not suggested to apply in all of the skin of tropical building design due to the high-cost issues.
机译:验证模型由窗口7.6软件生成,以模拟夹层玻璃的温度变化。这种方法用作验证模型,以比较观察到的实时温度变化。测试中的参数是用Singleand双层玻璃技术的透明夹层玻璃和彩色夹层玻璃,以评估光学玻璃的影响,包括U值,SHGC和层压玻璃(双层玻璃技术)在建筑温度下产生热舒适度的变化。结果表明,单一玻璃技术应用在透明层压玻璃上调节30.2°C至31.4°C的室温。相比之下,单彩色夹层玻璃技术应用将室温设定为27.7°C至28.5°C。有趣的是,双层玻璃应用将室内温度降低27.1°C至28.5°C。这些结果表明,建筑物的显着热性能可以通过涂覆双染色技术来实现。尽管如此,由于高成本问题,在热带建筑设计的所有皮肤中都没有申请双层玻璃技术。

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