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Thermal environment and air quality in office with personalized ventilation combined with chilled ceiling

机译:办公室的热环境和空气质量,个性化通风与冷藏天花板相结合

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The thermal environment and air quality conditions provided with combined system of chilled ceiling and personalized ventilation (PV) were studied in a simulated office room for two occupants. The proposed system was compared with total volume HVAC solutions used today, namely mixing ventilation and chilled ceiling combined with mixing ventilation. The objective of the study was to evaluate whether PV can be the only ventilation system in the rooms equipped with chilled ceiling. The room air temperature was 26 degrees C in cases with traditional systems and 28 degrees C when PV was used. PV supplied air with the temperature of 25 degrees C. PV improved thermal conditions and was up to nearly 10 times more efficient in delivering clean air at workstations than mixing ventilation systems, which resulted in strong protection of occupants from the cross-infection. In the room space outside workstations no substantial differences in thermal environment were found between studied systems. The room air mixing with PV working alone was at the same level as with mixing ventilation. No substantial differences in contaminants' concentration distribution and air-change effectiveness were found between the studied systems in the occupied zone outside workstations. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在模拟的办公室中研究了两名居住者的冷环境和个性化通风(PV)组合系统所提供的热环境和空气质量状况。将拟议的系统与当今使用的总体积HVAC解决方案进行了比较,即混合通风和冷冻天花板与混合通风相结合。这项研究的目的是评估PV是否可以是配备冷吊顶的房间中唯一的通风系统。在传统系统中,室温为26摄氏度,在使用PV时为28摄氏度。 PV提供的温度为25摄氏度的空气。PV改善了热条件,并且在工作场所向清洁空气输送的效率比混合通风系统高出将近10倍,从而为乘员避免交叉感染提供了强有力的保护。在工作站外的房间空间中,研究的系统之间没有发现热环境的实质性差异。单独使用PV工作的室内空气混合与混合通风处于同一水平。在工作站外部占用区域中,研究系统之间的污染物浓度分布和换气效率之间没有实质性差异。 (C)2015 Elsevier Ltd.保留所有权利。

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