An overview of the impacts of three high power electromagnetic (HPEM) threats on Smart Grids

W. Radasky, R. Hoad
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引用次数: 13

Abstract

Throughout the world there are plans to enhance the operation of electricity power networks to deal with the introduction of distributed and renewable power systems. The basic approach is to provide a new communications system to monitor and control future power networks (Smart Grid). Unfortunately electromagnetic disturbances such as those associated with typical electromagnetic interference (EMI) can cause problems with the operation of modern electronics. In addition a set of high power EM threats are of even greater concern, although the probability of occurrence for each threat is low. This paper introduces these three HPEM threats and describes the possible impacts on electronics within electricity networks of the future, if they are not protected before being placed in service.
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三种高功率电磁(HPEM)威胁对智能电网的影响概述
世界各地都有加强电力网络运行的计划,以应对分布式和可再生能源系统的引入。其基本方法是提供一种新的通信系统来监测和控制未来的电网(智能电网)。不幸的是,电磁干扰,如与典型的电磁干扰(EMI)相关的电磁干扰,会导致现代电子设备的操作问题。此外,一组高功率的EM威胁更值得关注,尽管每种威胁发生的概率都很低。本文介绍了这三种HPEM威胁,并描述了如果在投入使用之前不加以保护,对未来电力网络中的电子设备可能产生的影响。
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Antenna factor determination with Antenna Impedance measurements Determination of common mode currents with generalized mixed mode parameters An overview of the impacts of three high power electromagnetic (HPEM) threats on Smart Grids Terahertz metamaterials with dual band high refractive index Time-domain test for material electromagnetic pulse shielding effectiveness based on shielding black-box windows method
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