CERN-ACCELERATORS AND TECHNOLOGY SECTOR Impact of Modularity and Redundancy in Optimising the Reliability of Power Systems that Include a Large Number of Power Converters
CERN-ACCELERATORS AND TECHNOLOGY SECTOR Impact of Modularity and Redundancy in Optimising the Reliability of Power Systems that Include a Large Number of Power Converters
复制标题
CERN 加速器和技术部门模块化和冗余对优化包含大量电源转换器的电力系统可靠性的影响
DOI：
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
S. Pittet
中科院分区：
文献类型：
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作者：
D. Siemaszko;S. Pittet
CERN正在研究一种新的粒子加速器，它需要大量的电源转换器。在这种情况下，整个供电的可靠性将是一个主要问题。冗余和模块化的使用可以帮助增加整体机器可用性。然而，与简单模块系统相比，冗余系统的可靠性必须足够高，以增加显著的改进。本文提出了一个比较研究的几个模块化和冗余配置优化电源转换器的可靠性，并得出一些结论，从LHC以前的经验已经取得了什么。
CERN is working on a new particle accelerators that will require a very large number of power converters. In that view, the reliability of the whole powering will be a major issue. The use of a redundancy and modularity may help increasing the overall machine availability. However, the reliability of the redundancy system must be high enough to add a significant improvement when compared to simple module systems. This paper suggests a comparative study of several modular and redundant configurations for optimising power converters reliability and draws some conclusion from what has been achieved in the LHC previous experience.