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Technical issues that affect the use of retrofit panel thermal shutters in commercial buildings

机译:影响在商业建筑中使用翻新面板隔热百叶窗的技术问题

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摘要

Retrofit insulated window shutters are examined. An initial investigation reveals that internal shutters are more viable in this context. Condensation is identified as a potential risk. Extensive investigations using modelling software as well as site and laboratory experiments are described which demonstrate that this risk is low. The thermal effectiveness of internal shutters is modelled and laboratory tested. Practical application: This article results from research into the possibility of creating a retrofit thermal shutter system for existing commercial buildings. Building on earlier research, the paper examines whether this type of shutter is best fixed externally or internally to existing brick clad buildings and concludes that the latter is the best strategy. It then examines whether condensation between existing glazing and the outer shutter face is a problem and finds that this is not a significant issue. The way is clear for the development of this type of system as an alternative to costly triple glazing solutions.
机译:检查了隔热隔音百叶窗。初步调查显示,在这种情况下,内部百叶窗更可行。凝结水被确定为潜在风险。描述了使用建模软件进行的广泛调查以及现场和实验室实验,证明了该风险低。内部百叶窗的热效率已建模并经过实验室测试。实际应用:本文是通过研究为现有的商业建筑创建改造的热敏百叶窗系统的可能性得出的。在较早的研究的基础上,本文研究了将这种百叶窗最好从外部还是内部固定在现有的砖砌建筑物上,并得出结论,后者是最好的策略。然后,它检查了现有玻璃窗和外部百叶窗表面之间的凝结是否是一个问题,并发现这不是一个重要的问题。开发这种类型的系统作为替代昂贵的三层玻璃解决方案的替代方法是显而易见的。

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