Evaluation of user’s thermal perception and satisfaction towards indoor environmental quality

M. Kwon
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Abstract

Chapter 3 compared the building characteristics of renovated offices such as facade types and the HVAC system and energy consumption with different units. These physical building characteristics do not only contribute to energy performance but also to the indoor environment. For user satisfaction studies, a comfortable indoor environment is one of the primary conditions of the working environment. Therefore, it is important to identify the impact of indoor climate on user satisfaction in different office buildings (technical attributes of renovated office buildings). The purpose of this chapter is to identify the impact of indoor climate on user satisfaction, comparing how much they are satisfied with the indoor climate to temperature and relative humidity and how much the users can adapt the certain temperature. Section 4.2 presents the data collection for 2 weeks in three seasons: summer, winter, and the intermediate season. Monitored indoor climate such as temperature, and relative humidity is compared in section 4.3. Section 4.4 compares the occupants’ thermal sensation, preference and satisfaction with physical measurements are compared in section 4.3. Lastly, the predicted optimal thermal conditions, and limitations are discussed in section 4.5.
用户对室内环境质量的热感知与满意度评价
第三章比较了改造后的办公室的建筑特点,如立面类型、暖通空调系统和不同单元的能耗。这些物理建筑特征不仅有助于能源性能,也有助于室内环境。对于用户满意度研究,舒适的室内环境是工作环境的主要条件之一。因此,识别室内气候对不同办公楼用户满意度的影响(翻新办公楼的技术属性)很重要。本章的目的是确定室内气候对用户满意度的影响,比较他们对室内气候对温度和相对湿度的满意度,以及用户对特定温度的适应程度。第4.2节介绍了三个季节为期2周的数据收集情况:夏季、冬季和中间季节。第4.3节对温度和相对湿度等监测的室内气候进行了比较。第4.4节对居住者的热感觉、偏好和满意度进行了比较,第4.3节对物理测量进行了比较。最后,第4.5节讨论了预测的最佳热条件和限制。
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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