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首页> 外文期刊>IEEE Transactions on Automatic Control >Voltage dynamics: study of a generator with voltage control, transmission, and matched MW load
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Voltage dynamics: study of a generator with voltage control, transmission, and matched MW load

机译:电压动态:研究具有电压控制,传输和匹配兆瓦负载的发电机

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摘要

A comprehensive analysis of the dynamic behavior for a rudimentary but representative model of the power system is carried out for the case when control gain and load are varied as parameters. The voltage dynamics model is subject to algebraic constraints in the form of load flow equations and is studied as a differential-algebraic system in state and parameter spaces. Singularities in the state-space (noncausal points) and bifurcations in the parameter space are the principal and interacting structural elements. A rich structure of bifurcations emerges which is analyzed. The mathematical analysis is facilitated by singularly rescaling time, which transforms the differential algebraic system into a smooth dynamic system. In the state space, the characteristics of stability boundaries are observed and a description of the regions of attraction of all equilibria are given. The loosely understood term of voltage collapse is classified into well-defined types on both the dynamic and parameteric sides.
机译:当控制增益和负载作为参数变化时,对动力系统的基本但有代表性的模型的动态行为进行了全面分析。电压动力学模型受潮流方程形式的代数约束,并作为状态和参数空间中的微分代数系统进行研究。状态空间中的奇异点(非因果点)和参数空间中的分叉点是主要的且相互作用的结构元素。出现了分叉的丰富结构,对此进行了分析。奇异的重新定标时间有助于进行数学分析,从而将微分代数系统转换为平滑的动态系统。在状态空间中,观察到了稳定边界的特征,并给出了所有平衡点吸引区域的描述。松散的电压崩溃术语在动态和参数方面都分为定义明确的类型。

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