电力系统稳定性分析与自适应控制方法研究

Research on Power System Stability Analysis and Adaptive Control Methods

文章针对电力系统的稳定性分析与自适应控制进行研究。通过阐述线性方法和非线性方法的稳定性分析技术,以及传统自适应控制和智能算法控制的方法与应用情况,分析了电力系统稳定性评估与控制策略设计的过程。研究表明,构建高精度动态模型与采用先进算法是进行稳定性分析的关键;而集成智能控制与多目标优化是实现自适应控制性能提升的有效途径。最后强调建立稳定性评估与自适应控制的协同机制,可以显著改善电力系统的整体稳定操作与动态响应特性。

The article focuses on the stability analysis and control of power systems.By explaining the stability analysis techniques of linear and nonlinear methods,as well as the methods and applications of traditional adaptive control and intelligent algorithm control,the process of power system stability evaluation and control strategy design was analyzed.Research has shown that building high-precision dynamic models and adopting advanced algorithms are the key to accurate stability analysis;Integrated intelligent control and multi-objective optimization are effective ways to improve adaptive control performance.Finally,the article emphasizes the establishment of a collaborative mechanism between stability assessment and adaptive control,which can significantly improve the overall stable operation and dynamic response characteristics of the power system.