Add to ORKGThe thrust of this article is to develop elaborate educational material on linear quadratic regulator (LQR)-based power system control for electrical engineering students, especially senior undergraduate and fresh graduate students. The paper considers a comprehensive description of a power system, which is represented by a network of a single generator connected to an infinite bus, highlighting modeling, analysis, and simulation of the system. Graphical outputs for various combinations of system state and input weighting matrices are presente
Due to weak interconnection, random changes in load and generation, heavily loaded lines, and excita...
Power system stabilizers and other controllers are employed to damp oscillations in power systems, ...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...
Automatic Voltage Regulator (AVR) play a great role in terminal voltage profile design process in a...
ABSTRACT This study discusses the performance analysis, stability analysis and robustness analysis...
This paper presents the design of Bryson, Bouderal multistage-based totally Linear Quadratic Regula...
Various control schemes are presented in this thesis for dealing with the problems which arise from ...
In power system controls, simplified analytical models are used to represent the dynamics of power s...
Linear quadratic stabilizers are well-known for their superior control capabilities when compared to...
The modelling of electric power systems on the state space and an optimal control system known as Li...
Abstract—This paper extends the materials presented in Chap-ter 7 of a classic textbook “Power Syste...
This paper proposes a decentralized algorithm for real-time control of oscillatory dynamics in power...
This paper presents the comparative study on damping of oscillations in interconnected power system ...
This monograph explores a consistent modeling and analytic framework that provides the tools for an ...
This paper presents a generalized solution to the problem of optimal control of systems having an ex...
Due to weak interconnection, random changes in load and generation, heavily loaded lines, and excita...
Power system stabilizers and other controllers are employed to damp oscillations in power systems, ...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...
Automatic Voltage Regulator (AVR) play a great role in terminal voltage profile design process in a...
ABSTRACT This study discusses the performance analysis, stability analysis and robustness analysis...
This paper presents the design of Bryson, Bouderal multistage-based totally Linear Quadratic Regula...
Various control schemes are presented in this thesis for dealing with the problems which arise from ...
In power system controls, simplified analytical models are used to represent the dynamics of power s...
Linear quadratic stabilizers are well-known for their superior control capabilities when compared to...
The modelling of electric power systems on the state space and an optimal control system known as Li...
Abstract—This paper extends the materials presented in Chap-ter 7 of a classic textbook “Power Syste...
This paper proposes a decentralized algorithm for real-time control of oscillatory dynamics in power...
This paper presents the comparative study on damping of oscillations in interconnected power system ...
This monograph explores a consistent modeling and analytic framework that provides the tools for an ...
This paper presents a generalized solution to the problem of optimal control of systems having an ex...
Due to weak interconnection, random changes in load and generation, heavily loaded lines, and excita...
Power system stabilizers and other controllers are employed to damp oscillations in power systems, ...
This paper makes an attempt to assess the benefits of replacing a conventional generator excitation ...