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 a novel power system oscillation damping controller design based on a
data-driven model-predictive control (MPC) approach. The system dynamics are extracted …

Renewable energy resources are gaining fast adoption in the power grid because of their
relatively low cost and offered environmental benefits. However, the grid will experience …

Power systems interconnected by weak tie lines can be subject to low‐frequency oscillations
because of disturbances which excites the low‐frequency modes of the system; furthermore …

As the successor of local control, wide-area damping control (WADC) is considered to be an
effective tool for damping inter-area oscillations. The state-of-the-art WADC approaches are …

The vast majority of the proposed Wide Area Control (WAC) methodologies is tested and
evaluated under the assumption that the system consists only of constant power loads …

In assessing the power system, the most important issue is the system behavior when the
system is affected by a disturbance. In some plants in case a small event, oscillations are …

The fast deployment of the Phasor Measurement Units (PMUs), especially in the
transmission level of the power systems, enables the development of wide area monitoring …

Being the primary cause of inter-area oscillations and due to the fact that they limit the
generation's output, Low-Frequency Electromechanical Oscillations (LFEOs) represent a …

It is vital that the synchronous generator rotor angle be kept stable to avoid disastrous
consequences such as the loss of synchronism amongst generators within a power system …