被动式排屋室内环境条件研究

W. Zaki, A. H. Nawawi, S. Ahmad
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引用次数: 2

摘要

被动式建筑(PA)排屋被提议作为传统排屋的替代方案。在当地环境中,PA设计策略减轻了热量的增加,鼓励自然通风和优化采光;主要通过建筑朝向来实现。本文以典型的排屋为例,论证了PA排屋的室内环境条件,重点关注热舒适和视觉舒适。两幢房屋均采用国际认可的室内环境解决方案(IES)程序,分别使用“Apache”和“Radiance”软件进行模拟,以确定室内空气温度和采光照度。与热舒适标准相比,典型排屋的房间每年产生的热不适是PA排屋的8倍。同样,与典型的排屋相比,PA排屋在更长的时间内提供充足的采光。
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Indoor environmental conditions in Passive Architecture Terraced House
Passive Architecture (PA) Terraced House is proposed as an alternative to conventional terraced house. In the local context, PA design strategies alleviate heat gain, encourage natural ventilation and optimise daylighting; achieved mainly by building orientation. This paper demonstrates the quantum of indoor environmental conditions in a PA Terraced House with reference to a Typical Terraced House, focusing on thermal comfort and visual comfort. Both houses are simulated using internationally accredited Indoor Environmental Solutions (IES) programme with ‘Apache’ and ‘Radiance’ software to ascertain the indoor air temperature and daylighting illuminance, respectively. When compared against the standard for thermal comfort, the rooms in the Typical Terraced House creates thermal discomfort eight times longer than the same in the PA Terraced House, annually. Similarly, PA Terraced Houses provides sufficient daylighting illuminance for a much longer time compared to the Typical Terraced House.
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