北京地标建筑地下数据中心循环冷却水系统的节能设计

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英文篇名：Energy-Saving Design of Circulating Cooling Water System for the Underground Data Center of Beijing Landmark Building 作者：谭立国 英文作者：TAN Li-guo;Huacheng Boyuan Engineering Technology Group Co.Ltd.; 关键词：数据中心 ; 循环冷却水 ; 运行模式 ; 安全运营 ; 自由冷却 英文关键词：data center;;circulating cooling water;;operation mode;;safe operation;;free cooling 中文刊名：GCJS 英文刊名：Construction & Design for Engineering 机构：华诚博远工程技术集团有限公司; 出版日期：2019-07-10 出版单位：工程建设与设计 年：2019 期：No.411 语种：中文; 页：GCJS201913016 页数：4 CN：13 ISSN：11-3914/TU 分类号：53-55+58

摘要

近年来,随着大型数据中心建设规模、数量和电力需求不断增长,节能减排、绿色数据中心成为热门话题;特别是在空调制冷系统建设中,各种节能技术和设备开始普遍应用,但效果并不理想,投资回收期长,运行和维护的成本增加等。针对此问题,论文通过北京某大型数据中心的循环冷却水系统设计实例,介绍了制冷系统方案设计中应考虑的因素,以及应注意的关键点等,希望对同行的设计、建设和运维有所帮助。
        In recent years, with the scale, quantity and power of large data center construction, energy saving and emission reduction, green data centers become the hot topic. Especially in the construction of air-conditioning and refrigeration systems, various energy-saving technologies and equipment have begun to be widely applied. However it also has some disadvantages of unsatisfactory results, long payback period, and increased operating and maintenance costs, etc. To solve this problem, this paper introduces in detail the factors and key points in the design of the refrigeration system through the design example of circulating cooling water system in a large data center in Beijing. It is hoped that the design, construction and operation can be useful for the peers.

引文

【1】郭春燕.数据中心循环冷却水系统布置方式的设计比较[J].净水技术, 2018,37(S1):201-204.
    【2】彭建明.空调循环冷却水系统工程设计研究[J].洁净与空调技术,2009(1):44-49.