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Optimal Automatic Generation Control of Interconnected Power System Considering New Structures of Matrix Q

机译：考虑矩阵Q新结构的互联电力系统最优自动发电控制

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摘要

This article presents optimal automatic generation control regulator designs considering different methods of designing state cost-weighting matrix "Q." The various aspects of observability and controllability of the system states, which influence the system dynamics directly or indirectly, are incorporated in the design of optimal automatic generation control regulators. For the investigation, a two-area interconnected power system with identical plants consisting of non-reheat turbines is considered. An AC transmission line in parallel a with DC transmission link is taken as area interconnection. The full state feedback control strategy has been applied to get optimal gains of the automatic generation control regulators. The pattern of closed-loop system eigenvalues, optimal gains, and system dynamic response plots in the wake of load disturbance are achieved with the implementation of the different optimal automatic generation control regulators to analyze the system stability and its dynamic performance.
机译：本文介绍了考虑状态状态加权矩阵“ Q”的不同设计方法的最优自动发电控制调节器设计。系统状态的可观察性和可控制性的各个方面，直接或间接地影响系统动力学，已纳入最佳自动发电控制调节器的设计中。为了进行调查，考虑了一个两区域互连的电力系统，该系统具有由非再热涡轮机组成的相同电厂。与直流传输链路并联的交流传输线被视为区域互连。已应用全状态反馈控制策略来获得自动发电控制调节器的最佳增益。通过采用不同的最优自动发电控制调节器来分析系统稳定性及其动态性能，可以实现负载扰动后闭环系统特征值，最优增益和系统动态响应图的模式。

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