In recent years, power demand has increased substantially while the expansion of power
generation and transmission has been severely limited due to limited resources and …

Power system oscillations are complex, and they are not straightforward to analyze.
Therefore, before going into any detail, I will use an example to show the basic types of …

The flexible alternating current transmission system (FACTS), a new technology based on
power electronics, proposes an opportunity to improve controllability, stability, and power …

This paper presents a method that simultaneously tune multiple power system damping
controllers using genetic algorithms (GAs). Damping controller structures are assumed to be …

Conventional power system stabilizers (PSSs) are major local damping controllers acting
through generator excitation systems. There are studies that suggest that remote signals …

This paper presents the coordinated design of multiple FACTS supplementary damping
controllers to improve system small-signal stability. A BMI-based multi-objective multi-model …

We consider the problem of constructing decentralized state feedback controllers for linear
continuous-time systems. Different from existing approaches, where the topology of the …

An H∞-mixed-sensitivity design of a damping device employing a unified-power-flow
controller (UPFC) is presented. The problem is posed in the linear-matrix-inequality (LMI) …

This paper presents a systematic design procedure for a robust damping controller based on
the linear matrix inequality (LMI) approach employing a superconducting magnetic energy …

Power oscillations can be damped effectively through modulation of both active and reactive
power of a voltage source converter based high voltage direct current link. The challenge …