Real-time Electromagnetic and Transient Stability Simulations for Active Distribution Networks * _7 q' w5 R( n0 ?0 O, W7 e
主动配电网的实时电磁和暂态稳定性仿真 - M# {4 }* b/ F5 t& e % j9 U- Z- T: ` x
Author(s) e% ~% p4 B- R, N2 ]& |; e/ G
Vahid Jalili-Marandi, Fábio Jose Ayres, Christian Dufour, Jean Bélanger, " M4 l4 i C; X
Abstract , V1 {$ D# \0 [; c. N6 Z+ _5 lThis paper presents the solutions of a real-time parallel-processing based simulator, eMEGAsim, to perform electromagnetic transient and transient stability simulations for distribution power networks. The electromagnetic transient simulation can be distributed into several processors without adding an artificial delay, and the transient stability simulation tool can model three-phase unbalance systems. The simulator provides a flexible environment to interface discrete-time and phasor domains to create a hybrid simulation. . j+ N; Y- H( R) o& z$ @5 \: K1 t这篇论文介绍了基于实时并行处理的仿真器解决方案,即eMEGAsim,可进行配电网的电磁暂态和暂态稳定性仿真。电磁暂态仿真可被分配给数个处理器而无需添加人工延迟,且暂态稳定性仿真工具可对三项不平衡系统建模。仿真器提供连接离散时间和相量域的灵活环境来生成混合仿真。 ; P- J! g; p: I1 C3 c3 X# j/ |% w v IPST_2013 Vahid.rar(541.88 KB, 下载次数: 0)