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The degree of adaptive thermal comfort in office workers in a hot-summer Mediterranean climate

机译:在热夏天地中海气候下办公室工作人员的自适应热舒适度

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This study aims to investigate occupants' perception of feeling comfortable over different seasons in offices located in Amman, Jordan, to determine the comfort temperature zones, and to compare the results developed from this study with other adaptive models and standards. It is based on longitudinal field surveys, which were conducted in three office buildings, two mixed mode buildings and a free running building, during four seasons: April 2016 (spring), July/August 2016 (summer), October 2016 (autumn) and January/February 2017 (winter). A total of 119 occupants participated in the thermal comfort surveys and completed 659 questionnaires. The free running building experienced a variation in operative temperature during the four seasons, while median temperatures in the mixed-mode buildings stayed almost the same during all seasons. Occupants felt comfortable in a broad range of thermal sensations from 'cool' to 'warm'. Thermal comfort was expressed by a high proportion of the occupants. Occupants changed their clothing insulation with season, whereby compared to winter some occupants showed a changed clothing insulation already in the spring survey and others only in the summer and autumn survey. A Loess analysis between the temperatures at which the occupants felt comfortable and the running mean outdoor temperature indicated independency between the two variables in case of the mixed-mode buildings at running mean outdoor temperatures below 22 degrees C, but a trend towards decreasing comfort temperature above 22 degrees C. The comfort temperature in both mixed mode buildings was around 23.5 degrees C. In the free running building, a monotonically increasing linear relation between the two variables was found at running mean outdoor temperatures below appr. 24 degrees C, but a constant comfort temperature of about 26 degrees C above this value. Compared to the adaptive comfort models in ASHRAE Standard 55 and EN 15251 the gradient in the adaptive comfort equation resulting from the free running building in Amman was higher. Although the occupants adjusted their clothing insulation level, the gradient in the comfort equation was close to zero in the mixed mode buildings. (c) 2020 Elsevier B.V. All rights reserved.
机译:本研究旨在调查居住者对位于安曼,约旦的办事处不同季节的感觉舒适的看法,以确定舒适温度区域,并比较从本研究和其他自适应模型和标准开发的结果。它是基于纵向现场调查,这是在三个办公大楼,两个混合模式建筑和自由运行建筑中进行的,在四季:2016年4月(春季),2016年7月/ 8月(夏天),2016年10月(秋季)和2017年1月/ 2月(冬季)。共有119名占用者参加了热舒适调查,并完成了659份问卷。自由运行建筑在四季期间经历了术术温度的变化,而混合模式建筑物中的中位温度在所有季节期间几乎保持相同。占用者在“酷”到“温暖”中的广泛热情感到舒适。热舒适性由高比例的乘员表示。乘客与季节改变了他们的服装绝缘,而冬季相比,一些乘员在春季调查和其他人中已经在夏季和秋季调查中显示出改变的服装绝缘。乘客觉得舒适且运行平均户外温度之间的温度分析,在跑步模式建筑物的情况下,在22摄氏度低于22摄氏度下的混合模式建筑物的情况下,两个变量之间的独立性。但是趋势降低了上述舒适温度的趋势22℃。混合模式建筑物中的舒适温度约为23.5摄氏度。在自由运行建筑中,在跑步的平均户外温度下,在两种变量之间进行单调增加的线性关系。 24℃,但恒定舒适温度约为26摄氏度。与ASHRAE标准55和EN 15251的自适应舒适模型相比,Amman自由运行建筑所产生的自适应舒适方程中的梯度更高。虽然乘员调整了衣物绝缘水平,但舒适方程中的梯度在混合模式建筑物中接近零。 (c)2020 Elsevier B.v.保留所有权利。

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