清远抽水蓄能电站临时接地线管理系统介绍
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摘要
当前,各水电厂的临时接地线的管理主要依靠人工管理,临时接地线的装拆存在较大的风险,为了更加安全有效地管理临时接地线,清远抽水蓄能电站根据实际情况,优化了系统结构,并应用射频识别技术,对临时接地线管理进行电子化管理。管理系统通过对临时接地线状态的实时监测和逻辑判断,有效降低了接地线误操作的风险,保障了人身和设备的安全。
Currently,the management of the temporary earth wire mainly rely on manual management in most hydropower stations,so there is a big risk on assembling and disassembling temporary earth wire. For managing the temporary earth wire more effectively and safely,Qingyuan Pumped Storage Power Station optimizes the system structure in accordance with the actual situation,and manages the temporary earth wire electronically by applling the radio frequency identification technology. Through monitoring and judging the status of temporary earth line in real time,the management system can effectively reduce the risk of misuse of the ground wires and protect the safety of people and equipment.
Currently,the management of the temporary earth wire mainly rely on manual management in most hydropower stations,so there is a big risk on assembling and disassembling temporary earth wire. For managing the temporary earth wire more effectively and safely,Qingyuan Pumped Storage Power Station optimizes the system structure in accordance with the actual situation,and manages the temporary earth wire electronically by applling the radio frequency identification technology. Through monitoring and judging the status of temporary earth line in real time,the management system can effectively reduce the risk of misuse of the ground wires and protect the safety of people and equipment.
引文
[1]汤雨生.惠州蓄能水电厂临时接地线闭锁系统的研制和使用[M].北京:中国电力出版社,2010.
[2]李程煌,宋远超.水电站临时接地线防误操作方案设计及应用探讨[J].水电站机电技术,2011,34(3):99—101.
[3]甄岩,李祥珍.RFID技术的研究与应用[J].数字通信,2011(1):33—35.
[2]李程煌,宋远超.水电站临时接地线防误操作方案设计及应用探讨[J].水电站机电技术,2011,34(3):99—101.
[3]甄岩,李祥珍.RFID技术的研究与应用[J].数字通信,2011(1):33—35.