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A field study of occupant thermal comfort and thermal environments with radiant slab cooling

机译:辐射平板冷却对乘员的热舒适性和热环境的现场研究

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This paper presents the findings of a field study of occupant thermal comfort and thermal environments with a radiant slab cooling system. The study combined field measurements and questionnaires based on the ASHRAE RP-921 project protocol. A total of 116 sets of data from 82 participants were collected in summer and winter. The results reveal that occupant whole-body thermal sensations with radiant cooling were consistent with the PMV model. The main advantage of radiant cooling for thermal comfort was found to be reduced local thermal discomfort with reduced vertical air temperature difference as well as reduced draft rate. The survey results revealed that 14-22% of participants in the study reported local cold discomfort in the arm-hand and the leg-foot regions. The results indicated that there may be lower limits on air speeds acceptable to occupants. Statistical analysis indicated that occupant thermal votes were free of significant correlation with personal, contextual and psychological factors. Suggestions to improve the questionnaire and the field survey process are offered.
机译:本文介绍了采用辐射平板冷却系统对乘员的热舒适性和热环境进行现场研究的结果。该研究基于ASHRAE RP-921项目协议,结合了现场测量和问卷调查。在夏季和冬季,共收集了来自82位参与者的116套数据。结果表明,带有辐射冷却的乘员全身热感与PMV模型一致。辐射冷却带来的热舒适性的主要优势在于,减少了局部热不适感,同时降低了垂直空气温度差,并降低了通风速度。调查结果显示,有14-22%的参与者表示手臂和腿脚部位出现局部不适。结果表明,乘员可接受的空速可能有较低的限制。统计分析表明,居住者的热票与个人,背景和心理因素无显着相关性。提供了改进问卷和实地调查过程的建议。

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