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Reduction of NRPG System with Preservation of Dominant Inter-Area Mode for Its Easy Control

机译:保留主要区域间模式以简化控制,从而减少了NRPG系统

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This paper studies the model order reduction (MOR) of large scale system i.e. Northern Regional Power Grid (NRPG) system of India so that the design of damping control becomes less complex. The linearized NRPG system is obtained in power system toolbox (PST) to carry out the MOR study. The eigenvalue analysis is conducted for a full order system to obtain the characteristics and behavior of inter-area modes and the controller location is also identified for dominant inter-area mode. The MOR is done with a target on preserving the characteristics and behavior of dominant inter-area mode in reduced order model (ROM). For verifying the same characteristics and behavior of desired mode in ROM, four aspects are considered which are, mode characteristics, modal observability, model controllability, and step response. The recently upgraded application of MATLAB called “model reducer” app is utilized to reduce the full order system of NRPG.
机译:本文研究了大型系统(即印度北部区域电网(NRPG)系统)的模型降阶(MOR),从而使阻尼控制的设计变得不再那么复杂。在电力系统工具箱(PST)中获得线性化NRPG系统,以进行MOR研究。对全阶系统进行特征值分析,以获得区域间模式的特征和行为,并且还为主导区域间模式识别控制器位置。 MOR的目标是在降阶模型(ROM)中保留主要区域间模式的特性和行为。为了验证ROM中所需模式的相同特性和行为,考虑了四个方面,即模式特性,模式可观察性,模型可控性和阶跃响应。 MATLAB的最新升级应用程序称为“模型缩减器”应用程序,用于减少NRPG的全订单系统。

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