浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2014年
3期
21-24
,共4页
智能变电站%IED装置%GOOSE%状态检修
智能變電站%IED裝置%GOOSE%狀態檢脩
지능변전참%IED장치%GOOSE%상태검수
smart substation%IED%GOOSE%state-based maintenance
以浙江电网500 kV兰溪变电站新建220 kV间隔的IED装置接口试验为例，提出了智能变电站新增间隔的保护装置、智能终端、测控装置等IED装置的接口试验和逻辑验证方案，工程实践证明，该试验方案能有效地验证各IED装置的逻辑关系，同时能大大降低试验的安全风险。
以浙江電網500 kV蘭溪變電站新建220 kV間隔的IED裝置接口試驗為例，提齣瞭智能變電站新增間隔的保護裝置、智能終耑、測控裝置等IED裝置的接口試驗和邏輯驗證方案，工程實踐證明，該試驗方案能有效地驗證各IED裝置的邏輯關繫，同時能大大降低試驗的安全風險。
이절강전망500 kV란계변전참신건220 kV간격적IED장치접구시험위례，제출료지능변전참신증간격적보호장치、지능종단、측공장치등IED장치적접구시험화라집험증방안，공정실천증명，해시험방안능유효지험증각IED장치적라집관계，동시능대대강저시험적안전풍험。
By taking interface testing of newly-built 220 kV bay level IED in 500 kV Lanxi substation of State Grid Zhejiang Electric Power Company as an example, the paper proposes a scheme for interface testing and logic testing of newly-added bay level IED, such as protection device, intelligent terminal as well as mea-surement and control device. The engineering practice shows that the scheme can effectively verify logic rela-tions among IED and significantly reduce safety risks of the testing.
