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Individually controlled localized chilled beam in conjunction with chilled ceiling: Part 2 - Human response

机译:单独控制局部的冷冻光束与冷却的天花板一起:第2部分 - 人类反应

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The response of 24 subjects to the local environment established by localized chilled beam combined with chilled ceiling (LCBCC) was studied and compared with response to the environment generated by mixing ventilation combined with chilled ceiling (CCMV) at two temperature conditions of 26°C and 28°C. The supply airflow rate from the LCBCC was controlled by the subjects within the range of 10 to 13 L/s. In the case of CCMV subjects did not have control over the flow rate. The results showed that occupants' overall and local thermal sensation acceptability improved at the workstation by using the LCBCC system compared to CCMV. The subjects felt less warm with the LCBCC and their thermal sensation was close to neutral. Most of the subjects achieved acceptable air movement at the workstation by the provided individual control of the flow rate from the LCBCC. Need for air movement was reported in the case of CCMV.
机译:研究了24项受试者对由局部冷冻光束建立的局部环境的响应,并与冷却天花板(LCBCC)相结合,并与在26°C和26°C的温度条件下混合冷却天花板(CCMV)产生的环境和响应28°C。 LCBCC的供应气流率由受试者控制在10至13L / s的范围内。在CCMV受试者的情况下,没有控制流速。结果表明,与CCMV相比,使用LCBCC系统在工作站上的总体和局部热敏可接受性得到改善。对受试者感觉不太温暖,LCBCC,其热敏接近中性。大多数受试者通过提供来自LCBCC的流量的单独控制来实现在工作站上可接受的空气运动。在CCMV的情况下报告了对空气运动的需求。

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