电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2014年
10期
52-55
,共4页
电网%继电保护及故障信息系统%子站%主站
電網%繼電保護及故障信息繫統%子站%主站
전망%계전보호급고장신식계통%자참%주참
power grid%relay projection and fault information system%substation%main station
为解决继电保护及故障信息系统(简称保信系统)在运行实践中存在的问题，依托某电网公司保信系统的结构和管理模式，给出了其主站和子站的连接方式，阐述了其结构和功能。分析了该系统在硬件、安装调试、验收、运行维护等方面存在的问题，给出了相应解决方案并展望了其技术和应用管理发展前景。
為解決繼電保護及故障信息繫統(簡稱保信繫統)在運行實踐中存在的問題，依託某電網公司保信繫統的結構和管理模式，給齣瞭其主站和子站的連接方式，闡述瞭其結構和功能。分析瞭該繫統在硬件、安裝調試、驗收、運行維護等方麵存在的問題，給齣瞭相應解決方案併展望瞭其技術和應用管理髮展前景。
위해결계전보호급고장신식계통(간칭보신계통)재운행실천중존재적문제，의탁모전망공사보신계통적결구화관리모식，급출료기주참화자참적련접방식，천술료기결구화공능。분석료해계통재경건、안장조시、험수、운행유호등방면존재적문제，급출료상응해결방안병전망료기기술화응용관리발전전경。
In order to solve the problems existing in relay protection and operation practice of fault information system (simplified as PI system), based on a certain power grid company PI system’s structure and management mode, this paper gave the connection method be-tween main station and substation and described its structure and function. Analysis was made to the existing problems of the system in hard-ware, installation and commissioning, examination and acceptance, operation and maintenance etc. The corresponding solutions were given. This paper looks forward to its technology application management development prospect.
