电力系统保护与控制
電力繫統保護與控製
전력계통보호여공제
POWER SYSTM PROTECTION AND CONTROL
2014年
1期
119-125
,共7页
王宾%黄磊%曹润彬%董新洲%康明才
王賓%黃磊%曹潤彬%董新洲%康明纔
왕빈%황뢰%조윤빈%동신주%강명재
智能变电站%智能终端%IEC61850%GOOSE%操作箱
智能變電站%智能終耑%IEC61850%GOOSE%操作箱
지능변전참%지능종단%IEC61850%GOOSE%조작상
smart substation%intelligent terminal%IEC61850%GOOSE%operating box
过程层智能化是变电站智能化的前提和基础;作为过程层核心设备之一,智能终端在保障GOOSE通信可靠性、实时性的基础上,一方面应具备传统断路器操作箱的逻辑功能,另一方面还应实时监测断路器的运行状态,为变电站过程层的高级智能化奠定基础。针对以上需求,结合126 kV智能开关设备的结构特点,采用ARM+FPGA的构架模式,设计开发了一款智能终端,实现了断路器的运行状态实时采集,及断路器、隔离开关、接地刀闸等实时逻辑闭锁控制。设计中ARM主要负责过程层 GOOSE 通信、开入开出的采集处理等,FPGA 负责开入开出的扩展和装置内部逻辑控制,以满足装置的实时多输入、多输出的需求。现场试验测试表明,装置性能符合企业标准,具有较高的现实意义和应用价值,设计中也考虑了后续高级功能实现的有效接口。
過程層智能化是變電站智能化的前提和基礎;作為過程層覈心設備之一,智能終耑在保障GOOSE通信可靠性、實時性的基礎上,一方麵應具備傳統斷路器操作箱的邏輯功能,另一方麵還應實時鑑測斷路器的運行狀態,為變電站過程層的高級智能化奠定基礎。針對以上需求,結閤126 kV智能開關設備的結構特點,採用ARM+FPGA的構架模式,設計開髮瞭一款智能終耑,實現瞭斷路器的運行狀態實時採集,及斷路器、隔離開關、接地刀閘等實時邏輯閉鎖控製。設計中ARM主要負責過程層 GOOSE 通信、開入開齣的採集處理等,FPGA 負責開入開齣的擴展和裝置內部邏輯控製,以滿足裝置的實時多輸入、多輸齣的需求。現場試驗測試錶明,裝置性能符閤企業標準,具有較高的現實意義和應用價值,設計中也攷慮瞭後續高級功能實現的有效接口。
과정층지능화시변전참지능화적전제화기출;작위과정층핵심설비지일,지능종단재보장GOOSE통신가고성、실시성적기출상,일방면응구비전통단로기조작상적라집공능,령일방면환응실시감측단로기적운행상태,위변전참과정층적고급지능화전정기출。침대이상수구,결합126 kV지능개관설비적결구특점,채용ARM+FPGA적구가모식,설계개발료일관지능종단,실현료단로기적운행상태실시채집,급단로기、격리개관、접지도갑등실시라집폐쇄공제。설계중ARM주요부책과정층 GOOSE 통신、개입개출적채집처리등,FPGA 부책개입개출적확전화장치내부라집공제,이만족장치적실시다수입、다수출적수구。현장시험측시표명,장치성능부합기업표준,구유교고적현실의의화응용개치,설계중야고필료후속고급공능실현적유효접구。
Intelligentilization of process layer is the premise and basis of smart station. Intelligent terminal, as one of the core equipment in smart substation, should ensure GOOSE communication reliability and real-time request. Except for those, for one hand, it should possess the logic function of traditional circuit breaker operation box, for the other hand, it should real-time monitor the operation state of circuit break, supplying a foundation for the senior intelligentilization of substation process layer. In response to the questions, combined with the structure characteristic of 126 kV intelligent circuit breaker controller and based on the chip frame of ARM+FPHA, a novel intelligent terminal is developed to implement the real-time monitoring of operation state of circuit breaker, and the logic blocking control of the circuit breaker, switcher, grounding switcher, etc. The ARM is mostly responsible for the GOOSE communication, and the collecting and processing of binary signals, while the FPGA is used to extend the I/O ports and the internal logic control to fulfill the requirements of real-time multi input and output to the intelligent circuit breaker controller. Practical tests show that the developed device keeps in accordance with the standards, and can be applied in field. In the design, the effective ports for implementing futher senior functions are also considered.