This work is focused on the problem of power system stability. A thorough description of
nonlinear control strategies for synchronous generator excitation, which are designed for …

Congestion management is an important part of power system operation in today
deregulated electricity markets. However, congestion management is traditionally performed …

This paper presents a decentralized coordinated excitation and steam valve adaptive control
combined with a high-order sliding mode differentiator. The aim is to obtain high …

In this paper a new nonlinear regulation for synchronous generator excitation control is
presented. This method comprises the nonlinear Interconnection and Damping Assignment …

In this paper, a decentralized nonlinear coordinated excitation and steam valve adaptive
control combined with a modified high-order sliding mode differentiator is designed for multi …

This manuscript proposes a robust excitation control strategy for synchronous generators
using backstepping theory and an artificial neural network with a radial basis function to …

This paper deals with real-time implementations of a nonlinear and robust control applied on
a marine turbine system. For the experimental validation which uses real data from Raz de …

This article proposes a new decentralized sliding mode control design for two synchronous
generators driven by marine turbines. Decentralized Sliding Mode Multimachine Control …

This study proposes a feedback linearisation based on the back-stepping method with
simple implementation and unique design process to design a non-linear controller with a …

The problem of transient stability and voltage regulation for a single machine infinite bus
(SMIB) system is addressed in this paper. An improved Backstepping design method for …