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On Overvoltage Intrusion Detection System for Substations

机译:变电站过电压入侵检测系统研究

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In the modern power system, overvoltage phenomenon occurs frequently. Overvoltage generation will cause electrical equipment breakdown, explosion, and other accidents. These accidents not only cause unnecessary economic losses but also seriously affect the operation of power system. The popularization and application of on-line monitoring technology for UHV AC and DC transmission lines provide a guarantee for the safe operation of the power grid. Monitoring the overvoltage intrusion of UHV substations and accurately recording the parameters of overvoltage intrusion is of great significance to the study of overvoltage and the protection of over-voltage in substations. Based on the analysis of the principle of a monitoring system, this paper puts forward the mathematical model of a monitoring system. According to the basic functions of a monitoring system, it puts forward the overall design plan combining the upper computer and the lower computer, and the key problems to be solved in the monitoring system. Including the board design and the high speed data acquisition board based on FPGA design of control system based on STM32, and the automatic variable rate compression technology, GPS timing and Timekeeping Technology, overvoltage invasion wave trigger judgment, high speed data acquisition and cache technology and based on TCP protocol according to the number of batch transmission.
机译:在现代电力系统中,过电压现象经常发生。过电压的产生会导致电气设备击穿,爆炸和其他事故。这些事故不仅造成不必要的经济损失,而且严重影响电力系统的运行。特高压交,直流输电线路在线监测技术的推广应用为电网的安全运行提供了保证。监测特高压变电站的过电压入侵并准确记录过电压入侵的参数,对研究变电站的过电压和保护过电压具有重要意义。在对监控系统原理进行分析的基础上,提出了监控系统的数学模型。根据监控系统的基本功能,提出了上位机与下位机相结合的总体设计方案,并提出了监控系统要解决的关键问题。包括基于STM32的控制系统的电路板设计和基于FPGA的高速数据采集板,以及自动可变速率压缩技术,GPS计时和计时技术,过压入侵波触发判断,高速数据采集和缓存技术以及基于TCP协议的批处理传输数量。

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