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DOI:
计算机系统应用英文版:2013,22(2):19-25
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微服务器集群架构的绿色云计算平台
(汕尾芯灵电子科技有限公司, 汕尾 516473)
Green Cloud Computing Platform on Micro-server Cluster Architecture
(Chip Core Electronic Co Ltd., Shangwei 516473, China)
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Received:July 12, 2012    Revised:August 15, 2012
中文摘要: 随着计算机和网络技术的发展与普及, 数据中心作为计算机和网络集中安装运行的单位, 已经成为一个独立的行业并具有完整的业务模式. 由于数据中心是将成千上万的计算机集中在密封的环境中运行, IT设备以及降温空调的耗电成本占数据中心运营成本的50%以上. 巨大的耗电量也限制了数据中心的建设规模. 因此绿色节能机房成为了当前数据中心的必然选择. 目前, 降低能耗的方法大部份停留在外围设施上, 没有触及核心耗电的服务器部分. 从降低服务器能耗出发, 以太阳能为主供电源, 再到优化配电系统, 提出完整的数据中心建设解
Abstract:With the development and popularization of computer and network technology, IDC, as a unit with lots of computers and networks centralized installation and operation, has become an independent industry with a complete business model. Because in the IDC, there were thousands of computers running in a sealed environment, cost of power consumption of IT equipments and cooling air conductions accounted for more than 50% of total operation cost of the IDC. Andthe huge power consumption limited scale of the IDC construction. So a green energy saving machine room has become an inevitable choice for today’s IDC. At present, most of reducing power consumption measures are taken to external facilities, but not to servers which are a major part of the power consumption. The paper proposed a complete IDC solution based on reducing the server power consumption, solar main power supply and optimizing distribution system. Thenthe article discussed its principle and proposed Irene technical standards and Irene room construction specifications. Finally the green performance was validated through testing results and commissioning situation.
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伍康文,柴华.微服务器集群架构的绿色云计算平台.计算机系统应用,2013,22(2):19-25
WU Kang-Wen,CHAI Hua.Green Cloud Computing Platform on Micro-server Cluster Architecture.COMPUTER SYSTEMS APPLICATIONS,2013,22(2):19-25