A robust adaptive backstepping approach is considered in this paper to design excitation
controllers for synchronous generators in power systems. The higher-order dynamical …

Transient control performance of power systems is extremely important, especially during
the recovery stage from a system temporary fault. A large power angle error or generator …

This paper presents an excitation controller design process for multimachine power systems
with synchronous generators using an adaptive backstepping approach to ensure robust …

In this paper, a nonlinear excitation control scheme is proposed to enhance transient
stability and voltage regulation of higher-order synchronous generators. The controller is …

This study introduces a new technique called Recursive Gain Control (RGC), aimed at
enhancing the transient stability of electric power systems. The developed control law …

The stability of a single machine infinite bus system with a static var compensator is
proposed by an improved adaptive backstepping algorithm, which includes error …

An adaptive dynamic surface controller (DSC) scheme for higher-order models of
synchronous generators in the presence of unknown parameters is presented in this paper …

In the field of the power system stability, this paper presents the current research status and
developments. This paper presents a systematic approach for designing Power Oscillation …

This thesis has developed robust nonlinear backstepping and adaptive backstepping
controllers for power networks. Comprehensive control solutions are provided for …