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负荷独立控制空调系统的研究
引用本文:白明强,刘秋新,陶小龙.负荷独立控制空调系统的研究[J].制冷与空调(四川),2011,25(4):356-361.
作者姓名:白明强  刘秋新  陶小龙
作者单位:武汉科技大学,武汉,430070
基金项目:武汉市建委项目:武汉市发展绿色建筑关键技术、标准体系、管理制度及政策研究
摘    要:将建筑的冷负荷进行分类,针对不同的负荷采用不同的送风方式进行控制,一方面利用置换通风向工作区域进行送风,另一方面采用下送上回式吹吸式通风消除围护结构负荷。采用CFD模拟软件建立模型并进行了模拟,对其温度场,速度场进行了分析,对工作环境进行了评价。

关 键 词:置换通风  吹吸式通风  模拟  速度场  温度场

Study on Air-conditioning System of Load Independent Controlling
Bai Mingqiang Liu Qiuxin Tao Xiaolong.Study on Air-conditioning System of Load Independent Controlling[J].Refrigeration & Air-condition,2011,25(4):356-361.
Authors:Bai Mingqiang Liu Qiuxin Tao Xiaolong
Affiliation:Bai Mingqiang Liu Qiuxin Tao Xiaolong(Wuhan University of Science &Technology,WuHan,430070)
Abstract:On the basis of classifying the cooling loads of buildings, different methods of blowing-in are controlled according to the different loads. On one hand, displacement ventilation is used to supply the work area air; on the other hand, blow-suction-type ventilation is adopted to eliminate the load of exterior protected constructions. A model is built and a simulation is made by the software of CFD to research and analyze the temperature, velocity fields and air age, and evaluate the work environment as well.
Keywords:displacement ventilation  blowing-suction ventilation  simulation  velocity field  temperature field
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