电力系统稳定性研究:Matlab程序处理Deir Ali电厂(叙利亚大马士革)数据

A. Alzakkar, Nikolay Mestnikov, I. Valeev
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引用次数: 0

摘要

电力系统的稳定性是电力工程中的一个术语,表示系统在受到干扰后恢复到正常运行状态(在默认电压和频率下)的能力。当实际上整个电力系统保持完整,没有发电机或负载跳闸时,系统的完整性就得以保持,除了那些因隔离故障元件而断开或故意跳闸以保持系统其余部分运行连续性的情况。有几种方法可用于此目的,如等面积准则和暂态稳定裕度(TSM)。在本研究中,将使用Matlab对连接在无限总线上的一台和多台机器进行稳态和暂态稳定计算,以实现稳定系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Power System Stability: Matlab Program Processing Data from Deir Ali Power Plant (Damascus-Syria)
The stability of an electric power system is a term in electrical power engineering that represents the ability of the system to return to the normal state of operation (at the default voltage and frequency) after a disturbance. The integrity of the system is preserved when practically the entire power system remains intact with no tripping of generators or loads, except for those disconnected by isolation of the faulted elements or intentionally tripped to preserve the continuity of operation of the rest of the system. Several methods are used for that purpose like an equal area criterion and transient stability margin (TSM). In this study, the calculation will be made on one and multi machines connected to an infinite bus, steady state and transient stability using Matlab to achieve a stable system.
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