电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2014年
6期
75-79
,共5页
彭晖%葛以踊%吴庆曦%徐春雷%李云鹏%陈国华
彭暉%葛以踴%吳慶晞%徐春雷%李雲鵬%陳國華
팽휘%갈이용%오경희%서춘뢰%리운붕%진국화
电网调度自动化%广域分布%分区解列%分区并列%状态识别%数据一致性
電網調度自動化%廣域分佈%分區解列%分區併列%狀態識彆%數據一緻性
전망조도자동화%엄역분포%분구해렬%분구병렬%상태식별%수거일치성
power system dispatching automation%wide area distribution%communication network division%communication network recovery%status recognition%data consistency
“大运行”背景下,广域分布式地县调控一体化系统能很好地适应地县级智能电网调度自动化建设的需要,但是数据采集、应用、计算机节点的广域分布必然带来故障点增多及运行可靠性降低和数据不一致的风险,设计分区解并列机制的目的就是解决各类网络故障下地县运行的各种问题。文中简要介绍了广域分布式地县调控一体化系统,重点介绍了分区解并列机制的关键技术及实现原理。现场实际运行情况表明,分区解并列机制能有效保障广域分布式地县调控一体化系统的安全、稳定运行。
“大運行”揹景下,廣域分佈式地縣調控一體化繫統能很好地適應地縣級智能電網調度自動化建設的需要,但是數據採集、應用、計算機節點的廣域分佈必然帶來故障點增多及運行可靠性降低和數據不一緻的風險,設計分區解併列機製的目的就是解決各類網絡故障下地縣運行的各種問題。文中簡要介紹瞭廣域分佈式地縣調控一體化繫統,重點介紹瞭分區解併列機製的關鍵技術及實現原理。現場實際運行情況錶明,分區解併列機製能有效保障廣域分佈式地縣調控一體化繫統的安全、穩定運行。
“대운행”배경하,엄역분포식지현조공일체화계통능흔호지괄응지현급지능전망조도자동화건설적수요,단시수거채집、응용、계산궤절점적엄역분포필연대래고장점증다급운행가고성강저화수거불일치적풍험,설계분구해병렬궤제적목적취시해결각류망락고장하지현운행적각충문제。문중간요개소료엄역분포식지현조공일체화계통,중점개소료분구해병렬궤제적관건기술급실현원리。현장실제운행정황표명,분구해병렬궤제능유효보장엄역분포식지현조공일체화계통적안전、은정운행。
In the background of“large operation",the wide area distributed prefecture-county integrated dispatching automation system can greatly conform to the construction need of prefecture-county smart grid dispatching automation.But the wide area distribution of data acquisition,various applications and the computer nodes is bound to bring about the risks of more faults and lower reliability as well as the data inconsistency caused by the network faults.The design of network division/recovery mechanism is intended to solve the problems of the prefecture-county dispatching operation due to the network faults.The wide area distributed prefecture-county integrated dispatching automation system is briefly described,with emphasis on the key technology and principles of the network division/recovery mechanism.It is proved that the communication network division/recovery mechanism can effectively safeguard the operation of the wide area distributed prefecture-county integrated dispatching automation system as can be seen from field proj ects in operation.
<br> This work is supported by National High Technology Research and Development Program of China (863 Program) (No.2011AA05A118).