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数据机房冷热通道节能设计及原理
沈国忠1,朱晓雨2,乔磊3,张二龙2
1.中国人寿保险股份有限公司,100033,北京;2.北京建工集团有限责任公司,100055,北京;3.北京捷通机房设备工程有限公司,100015,北京
Energy Conservation Design Theory of Cooling and Heat Channel in Data Machine Room
SHEN Guo-zhong1, ZHU Xiao-yu2, QIAO Lei3, ZHANG Er-long2
1.China Life Insurance Company Ltd., 100033, Beijing, China; 2.Beijing construction engineering group, 100055, Beijing, China; 3.Beijing Chatone Computer Room Equipment and Engineering Co., Ltd., 100015, Beijing, China
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摘要 为有效降低数据中心耗能,根据冷热通道的特点并通过数据中心发热量的大小确定布置冷热通道,优化机房环境。通过讨论分析布置冷热通道的前提条件、机房环境、先决条件、难易程度及其后期维护,得出数据中心中冷热通道布局均存有一些弊端,针对模块机房的实际条件与需求,项目技术控制解决方案,组成一冷通道气流遏制系统,降低能耗。
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沈国忠
朱晓雨
乔磊
张二龙
关键词模块机房   冷热通道   气流组织     
Abstract: To effectively reduce the energy consumption of data center, coolness and heat channels were determined and the environment of machine room was optimized according to the characteristics of coolness and heat channels and the heat dissipation of data center. This paper discussed and analyzed the requirements, environment, preconditions, difficulties and maintenance of coolness and heat channels in machine room, to point out that there are some problems in the layout of coolness and heat channels in data center. Based on the practical conditions of module machine room and technical control solution, a coolness channel airflow control system was formed to reduce the energy consumption.
Key wordsmodule room   coolness and heat channels   air flow organization   
作者简介: 沈国忠(1974—),男,江苏无锡人,工程师,高级经理,e-mail﹕shenguozhong@e-chinalife.com.
引用本文:   
沈国忠,朱晓雨,乔磊等. 数据机房冷热通道节能设计及原理[J]. 建筑技术, 2016, 47(2): 116-.
SHEN Guo-zhong,ZHU Xiao-yu,QIAO Lei et al. Energy Conservation Design Theory of Cooling and Heat Channel in Data Machine Room[J]. Architecture Technology, 2016, 47(2): 116-.
链接本文:  
http://www.jzjs.com/CN/     或     http://www.jzjs.com/CN/Y2016/V47/I2/116
 
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[1] 张健,姜义力,康莉,高丽. 中国人寿数据中心机房微模块设计[J]. 建筑技术, 2016, 47(2): 131-.
[2] 许 健,邬 杰,余跃进. 办公建筑通风系统的气流组织形式影响研究[J]. 建筑技术, 2015, 46(11): 1006-.
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