In interconnected modern power systems, renewable energy sources, HVDC transmission
lines, and energy storage devices are growing after being installed globally with …

The presence of low-frequency and low-dampened oscillation modes can compromise the
operating stability of power systems. Recent research has shown that the use of phasor …

One of the main advantages of the wide-area measurement systems in the small-signal
stability of the electric power systems is to use synchrophasor data from the phasor …

This paper presents the development of a novel synchrophasor measurement-based wide-
area centralized damping controller to improve the stability of a power system in presence of …

This paper presents a new method to dynamically determine coherent generators and
electrical areas of an interconnected power system. The proposed method is based on …

With the ever-increasing penetration level of renewable generation sources, a modern
power system is facing more inevitable uncertainties that could lead to weakly damped …

In a bulk power system, generators can be divided into groups based on the variation of their
swing curves after disturbance occurrence. In this regard, generators that have the same …

This paper extends the dynamic coherency determination (DCD) method by including Type-
3 wind power plants (WPPs) models in the coherency evaluation process and quantifies …

This paper proposes a control scheme to force homogeneity for heterogenous network of the
grid-forming (GFM) inverters in power electronics dominated grid (PEDG) to enable their …

This paper presents a systematic procedure to design a decentralized wide area damping
controller for the wind farms and flexible ac transmission system (FACTS) controllers in a …