CAJ | 학술논문

介绍一种利用广域测量系统(wide area measurement system，WAMS)量测信号，基于慢同调理论的自适应主动解列控制实用化技术方案，包括基于量测类噪声信号进行系统慢同调区域划分的流程；基于“角半径”和量测暂态轨迹信号的分层分区暂态稳定判别和失稳模式识别方法；解列控制策略以及孤岛功率辅助控制策略的生成方法。此方案不依赖于系统数学模型，是一种无模型化的方案。在 IEEE-118节点测试系统上验证了所提方案的有效性。
개소일충이용엄역측량계통(wide area measurement system，WAMS)량측신호，기우만동조이론적자괄응주동해렬공제실용화기술방안，포괄기우량측류조성신호진행계통만동조구역화분적류정；기우“각반경”화량측잠태궤적신호적분층분구잠태은정판별화실은모식식별방법；해렬공제책략이급고도공솔보조공제책략적생성방법。차방안불의뢰우계통수학모형，시일충무모형화적방안。재 IEEE-118절점측시계통상험증료소제방안적유효성。
This Paper proposed a practical scheme for the adaptive islanding control based on slow coherency theory utilizing the measured signals by WAMS. The scheme includes: slow coherency based area partition based on measured ambient data; transient stability discrimination and the instability pattern identification in hieratical way based on the measured transient trajectory curves; generation of the islanding strategy and the auxiliary control strategy for the formed islands. The scheme does not depend on the mathematical model of the system, i.e., it is a model-free scheme. The scheme was verified on the IEEE-118 buses test system.