A novel comprehensive nonlinear state feedback controller for steam-valving and excitation system was designed to enhance power system stability. 針對電力系統暫態(tài)過(guò)程的非線(xiàn)性特性，利用勵磁控制和汽門(mén)控制的特點(diǎn)，以功角和電壓穩定為目標提出一種發(fā)電機汽門(mén)和勵磁綜合控制思想。
Based on a single-infinite model system and a three-generator model system, the transient stability due to introduction of FCL has been analyzed respectively. 基于單機無(wú)窮系統以及三機系統模型就固態(tài)故障限流器對系統暫態(tài)功角穩定的作用進(jìn)行了分析。
