高压变电站中数据中心服务器工频磁场抗扰度的研究与测试

L. Jike, Z. Xinghai, He Jinliang, Qi Zheng
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引用次数: 2

摘要

当云数据中心与高压变电站同址时,变电站正常工作时的工频磁场和短路时的短时工频磁场可能对同址云数据中心的信息存储设备造成危害。通过对变电站工频磁场环境的测量和分析,总结了变电站工频磁场环境的特点。提出提高信息存储设备工频磁场抗扰度,取消数据云中心工频磁场屏蔽措施,节省数据中心工频磁场保护策略的大量屏蔽费用。针对对工频磁场抗扰度要求苛刻的云数据中心开发的信息存储服务器,在服务器上测试工频磁场抗扰度。测试结果表明,为数据中心开发的服务器能够承受最恶劣的工频磁场环境。
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Research and test on immunity of a data center server against power frequency magnetic fields in a high voltage substation
When a cloud data center is constructed in the same location as a high voltage substation, the power frequency magnetic field when the substation works normally and the short-time power frequency magnetic field at the time of short circuit may cause hazards to the information storage equipment of the cloud data center constructed on the same site. Through measurements and analyses, this article summarizes characteristics of power frequency magnetic field environment generated by the substation. It proposes to improve the power frequency magnetic field immunity of information storage equipment so as to cancel measures for shielding power frequency magnetic fields in the data cloud center and save a huge amount of shielding expenses for protection strategies against power frequency magnetic fields in the data center. The power frequency magnetic field immunity is tested on the server for information storage in the cloud data center developed according to harsh requirements of power frequency magnetic field immunity. The test results indicate that the server developed for the data center can tolerate the harshest power frequency magnetic field environment.
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