电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2015年
1期
233-240
,共8页
孙宏斌%牟佳男%盛同天%李青芯%王晶%王彬%王旭冉%汲国强%吴文传%郭庆来%李亚楼%汪德星
孫宏斌%牟佳男%盛同天%李青芯%王晶%王彬%王旭冉%伋國彊%吳文傳%郭慶來%李亞樓%汪德星
손굉빈%모가남%성동천%리청심%왕정%왕빈%왕욱염%급국강%오문전%곽경래%리아루%왕덕성
智能变电站%高级应用软件%建模%状态估计%智能告警%电压稳定评估与控制%自动电压控制%风险评估
智能變電站%高級應用軟件%建模%狀態估計%智能告警%電壓穩定評估與控製%自動電壓控製%風險評估
지능변전참%고급응용연건%건모%상태고계%지능고경%전압은정평고여공제%자동전압공제%풍험평고
smart substation%advanced application software%modeling%state estimation%intelligent alarming%voltage stability evaluation and control%automatic voltage control%risk evaluation
智能电网的发展对传统集中式的调度模式提出了挑战。文中重新审视了分布自治与集中协调这对基本矛盾，提出建立智能变电站高级应用软件体系，具体包括建模、状态估计、智能告警、电压稳定评估与控制、自动电压控制、风险评估建模等高级应用，变集中式调度模式为更加可靠、敏捷的变电站—调度中心两级分布式智能调度控制模式。简要介绍了各高级应用的特点、功能和实现，展示实际工程应用示例，并对相关实用化问题进行探讨。最后对智能变电站高级应用软件的发展提出展望。
智能電網的髮展對傳統集中式的調度模式提齣瞭挑戰。文中重新審視瞭分佈自治與集中協調這對基本矛盾，提齣建立智能變電站高級應用軟件體繫，具體包括建模、狀態估計、智能告警、電壓穩定評估與控製、自動電壓控製、風險評估建模等高級應用，變集中式調度模式為更加可靠、敏捷的變電站—調度中心兩級分佈式智能調度控製模式。簡要介紹瞭各高級應用的特點、功能和實現，展示實際工程應用示例，併對相關實用化問題進行探討。最後對智能變電站高級應用軟件的髮展提齣展望。
지능전망적발전대전통집중식적조도모식제출료도전。문중중신심시료분포자치여집중협조저대기본모순，제출건립지능변전참고급응용연건체계，구체포괄건모、상태고계、지능고경、전압은정평고여공제、자동전압공제、풍험평고건모등고급응용，변집중식조도모식위경가가고、민첩적변전참—조도중심량급분포식지능조도공제모식。간요개소료각고급응용적특점、공능화실현，전시실제공정응용시례，병대상관실용화문제진행탐토。최후대지능변전참고급응용연건적발전제출전망。
The development of smart grid has posed a challenge to the traditional centralized dispatch mode.The basic contradiction between distributed autonomy and centralized coordination is reexamined,and an architecture of smart substation advanced application software system is proposed, including such advanced applications as modeling, state estimation, intelligent alarming,voltage stability assessment and control,automatic voltage control,risk assessment modeling,etc.This facilitates a change from centralized dispatch and control mode to a more reliable,agile substation-control center two-level distributed smart dispatch and control mode.The features,functions and realization of the proposed advanced application software are described,some field engineering application cases demonstrated,and certain practical aspects of implementation discussed.Finally,the prospect for future development of the smart substation advanced application software is displayed.
