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文章摘要
避雷器监测系统关键技术实现方案研究
Research on key technology of surge arrester monitoring system
Received:June 19, 2019  Revised:June 19, 2019
DOI:10.19753/j.issn1001-1390.2020.06.023
中文关键词: 避雷器监测系统  滤波技术  同步相位补偿  产品验证  
英文关键词: Surge  arrester monitoring  system, Filtering  technology, Synchronized  phase compensation, Product  verification
基金项目:
Author NameAffiliationE-mail
Li chao* Xuji Electric Co.Ltd. Xuchang 461000 CHINA lichao_xjtc@163.com 
Liang wumin Xuji Electric Co.Ltd. Xuchang 461000 CHINA xjtc_liangwumin@126.com 
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中文摘要:
      针对变电站运行维护人员在使用避雷器监测系统中所存在的实际技术问题,文中在介绍了新型避雷器监测系统整体实现方案之后,对于采集单元准确获取同步命令的关键技术进行了研究。一是通过分析综合流水线滤波法和步长滤波法,提出了全新的数字滤波法,并进行了仿真与验证。二是通过实时获取监测系统内避雷器监测单元晶振间隔计数实现各个避雷器采集单元的同步相位补偿,并收到了良好的效果。文章中提出的实现方案在产品实物上进行了实现和验证,对于避雷器采集单元关键技术的解决有一定的参考价值。
英文摘要:
      The key technology of accurately acquiring synchronization commands is proposed by this paper, when analyzed the practical technical problems existing in the use of surge arrester monitoring system at substation and introduced the overall implementation scheme of surge arrester monitoring system. Firstly, a new digital filtering method is proposed by analyzing the pipeline filtering method and step-size filtering method, and the simulation and verification are carried out. Secondly, the synchronous phase compensation of each arrester acquisition unit is analyzed by real-time acquisition of the crystal vibration interval of the arrester monitoring unit in the monitoring system, and met the test requirements. The solution proposed by the paper, has been realized and verified in the product, which has certain reference value for solving the key technology of arrester acquisition unit.
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