摘要网络为电力系统的运行与控制提供了崭新的空间,同时也带来了巨大的挑战。网络化是电力二次设备继数字化(微机化)以后的在一个较长时间内起主导作用的主题。文中针对基于网络的电力系统运行与控制系统(PNCS)的一些相关问题进行了讨论,包括发展展望、研究工作现状和有待解决的问题等。No abstract available
1Bhowmik S,Tomsovic K,Bose A.Communication models for third party load frequency control[J].IEEE Trans on Power Systems,2004,19 (1):543-548.
2Wu H X,Ni H,Heydt G T.The impact of time delay on robust control design in power systems[A].IEEE Power Engineering Society Winter Meeting[C],NewYork,USA,2002,2:1511-1516.
3Serizawa Y,Imamura H,Sugaya N et al.Experimental examination of wide-area current differential backup protection employing broadband communications and time transfer systems[A].IEEE Power Engineering Society 1999 Summer Meeting[C],Edmonton,Canada,1999.
4Coury D V,Thorp J S,Hopkinson K M et al.An agent-based current differential relay for use with a utility intranet[J].IEEE Trans on Power Delivery,2002,17(1):47-53.
5Serizawa Y,Imamura H,Kiuchi M.Performance evaluation of IPbased relay communications for wide-area protection employing external time synchronization[A].IEEE Power Engineering Society Summer Meeting[C],Vancouver,Canada,2001.
6Raux G J.Telecommunication of stabilizing signals in power systems[D].West Virginia University,2003.
7Serizawa Y.Shimizu K,Fujikawa F et a/.ATM transmissions of microprocessor-based current differential teleprotection signals[J].IEEE Trans on Power Delivery,1999,14(2):335-342.
8Doi H,Serizawa Y,Tode H et al.Simulation study of QoS guaranteed ATM transmission for future power system communication[J].IEEE Trans onPowerDelivery,1999,14(2):342-348.
9Doi H,Serizawa Y.The applicability of hybrid priority control for ATM network under the required QoS conditions[A].IEEE Power Engineering Society WinterMeeting[C],NewYork,USA,1999,2:1511-1516.
10Tomsovic K,Bakken D,Bose A.Designing the next generation of real-time control,communication and computations for large power systems[A].IEEE Proceedings-Special Issue on Energy Infrastructure Systems[C],Yokohama,Japan,2003.
