Thermal Comfort Identification of Traditional Bugis House in Humid Tropical Climate

S. Latif, B. Hamzah, R. Rahim, R. Mulyadi
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引用次数: 1

Abstract

This study aims to determine the thermal comfort conditions in the interior of traditional Bugis houses in South Sulawesi. This phase measured 18 (eighteen) houses by collecting data on 2 (two) main variables of room thermal comfort, namely air temperature and relative humidity. The recording time starts from 08.00 to 16.00 WITA. Observation made to collect room geometry data, building orientation, roof slope, and material used. Measuring instruments are placed in the living room throughout the room. The analysis carried out on the measurement data is then correlated with the observation. The results show that the average outside temperature above the thermal comfort standard is around 32.0 to 37.4℃ from morning to afternoon, the maximum temperature reaching 41.7℃ occurs around 13.00 to 14.00 WITA and the minimum temperature is 28.2℃ only occurs in the morning. Air humidity average is relatively fair in the thermal comfort zone between 42.8 to 69.8%. Material gives the most dominant influence on heat induction from the outside environment to the interior space. The orientation of the house found in North-South is hotter, the roof with a double slope is hotter, and the lower the ceiling is more hot.
湿润热带气候下传统布吉住宅热舒适性识别
本研究旨在确定南苏拉威西传统Bugis房屋内部的热舒适条件。本阶段通过收集室内热舒适的2个主要变量(即空气温度和相对湿度)的数据,对18栋房屋进行了测量。录音时间从08:00 - 16:00开始。观察收集房间几何数据、建筑朝向、屋顶坡度和使用的材料。测量仪器摆放在客厅的各处。然后将对测量数据进行的分析与观测结果相关联。结果表明:上午至下午室外平均温度在32.0 ~ 37.4℃左右,13.00 ~ 14.00 WITA附近最高温度达到41.7℃,最低温度28.2℃仅在上午出现。平均空气湿度在热舒适区42.8 ~ 69.8%之间比较公平。材料对从外部环境到内部空间的热感应产生最主要的影响。南北朝向的房子更热,双坡屋顶更热,天花板越低越热。
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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