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基于热舒适的个体空调系统设计参数研究
引用本文:吴虎彪,邹志军,黄晨,王非,李浩,杨子学.基于热舒适的个体空调系统设计参数研究[J].洁净与空调技术,2009(3):47-50.
作者姓名:吴虎彪  邹志军  黄晨  王非  李浩  杨子学
作者单位:1. 上海理工大学
2. 华东建筑设计研究院有限公司
基金项目:上海理工大学曼恒创新基金 
摘    要:主要通过CFD模拟计算,分析送风温度、背景温度对室内热环境的影响,得出个体空调系统设计的参考参数。通过对温度场和室内PMV值进行对比分析得出:当背景温度为28口C送风温度为23℃时,具有良好的热舒适性。背景温度对个体空调系统热舒适性影响较大。个体空调系统送风设计参数建议:背景温度上限为30℃,高于28℃的背景温度时,采用最低21℃的送风温度,低于28℃的背景温度下,送风温度应介于21℃与等温送风之间。

关 键 词:设计参数  个体空调  热舒适

Study on Design Parameters of Task Air Conditioning Systems Based on Thermal Comfort
Wu Hubiao,Zou Zhijun,Huang Chen,Wang Fei,Li Hao,Yang Zixue.Study on Design Parameters of Task Air Conditioning Systems Based on Thermal Comfort[J].Contamination Control & Air-Conditioning Technology,2009(3):47-50.
Authors:Wu Hubiao  Zou Zhijun  Huang Chen  Wang Fei  Li Hao  Yang Zixue
Affiliation:Wu Hubiao, Zou Zhijun, Huang Chen, Wang Fei, Li Hao and Yang Zixue
Abstract:Simulates the temperature and PMV distribution of occupant zone by CFD to gain design parameters for reference in task air conditioning systems. The results show that the occupant zone has a good thermal comfort, when the background temperature is 28℃ and supply air temperature is 23℃. Background temperature has a great impact on the thermal comfort of task air conditioning systems. Suggestions on design parameters of the supply air in task air condition- ing systems: the maximum temperature of background temperature is 30~C; when the background temperature is higher than 28℃, using a minimum supply air temperature of 21℃; the supply air temperature should be between 21℃ and the isotherm supply air temperature, when the background temperature is lower than28℃.
Keywords:Design Parameters  Task Air Conditioning Systems  Thermal Comfort  
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