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Design recommendations for robust thermal summer comfort in residential lightweight buildings in a moderate climate

机译:在适度气候中的住宅轻质建筑中坚固热夏季舒适的设计建议

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The use of timber frame constructions in dwellings is gaining popularity in Belgium. Continuous improvement of EPBD requirements causes a low heating demand resulting in an increasing risk on overheating in these lightweight dwellings. Designers lack easy-to-use guidelines ensuring robust thermal summer comfort. Therefore, a parametric study with building energy simulations (BES) is conducted for a typical Flemish (Belgian) dwelling. Main design parameters and the effect of boundary conditions are analysed. The results demonstrate the critical role of effective solar protection and increased ventilation rates during occupation. The significant impact of boundary conditions shows the sensitivity of the design parameters.
机译:住宅中的木材框架结构在比利时获得普及。 EPBD要求的持续改进导致低加热需求导致这些轻质住宅中过热的风险越来越大。设计师缺乏易于使用的指导,可确保稳健的热夏季舒适度。因此,采用建筑能量模拟(BES)的参数研究是针对典型佛兰氏(比利时)住所进行的。分析了主要设计参数和边界条件的效果。结果表明了有效的太阳能保护和占用期间的通风率增加的关键作用。边界条件的显着影响显示了设计参数的灵敏度。

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