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A study on electromagnetic disturbance and immunity of wireless sensor unit in substation

机译:变电站中无线传感器单元电磁干扰和免疫研究

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Wireless sensor unit is important part of the Internet of Things, which is responsible for signal acquisition and transmission. In order to ensure reliability and security of the Internet of Things, electromagnetic disturbance issue in substation where wireless sensors are usually located is studied. This paper focuses on the electromagnetic disturbance to wireless sensor unit generated by power system and immunity of wireless sensor unit. Research on characteristics of steady-state electromagnetic disturbance in substations of different voltage levels and of different insulation types is performed, through field measurements. Statistical characteristics of electromagnetic disturbance in frequency domain are obtained, based on extensive field measurement data. Simulation is applied to reveal influence of electromagnetic disturbance to wireless sensor unit. Immunity of wireless sensor unit in the Internet of Things in substation is studied. Experiment indicates that wireless sensor unit is influenced by electromagnetic disturbance and immunity test of wireless sensor unit are performed.
机译:无线传感器单元是物联网的重要组成部分,这负责信号采集和传输。为了确保事物互联网的可靠性和安全性,研究了变电站的电磁干扰问题,其中通常位于无线传感器。本文侧重于电力系统产生的无线传感器单元的电磁干扰和无线传感器单元的免疫。通过现场测量进行不同电压水平变电站和不同绝缘类型的稳态电磁干扰特性的研究。基于广泛的场测量数据,获得了频域中电磁干扰的统计特性。应用模拟以揭示电磁干扰对无线传感器单元的影响。研究了变电站互联网中无线传感器单元的免疫。实验表明无线传感器单元受到无线传感器单元的电磁干扰和免疫测试的影响。

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