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

The large integration of wind generation resources into power systems may causes low-
frequency oscillations and deterioration in power system stability. This paper presents a …

The main aim of this paper is to compensate the delays resulted from communication links
transmitting wide-area measurement signals in a new large-scale power system. The …

Integration of wind farm with power system introduces nonlinearity and complexity of the
power system, which deteriorates the performance of a wide area damping controller …

Sub‐synchronous interaction (SSI) phenomenon is one of the dynamic system problems that
have an adverse influence on the safety and stability of the system. The use of …

A constant worldwide growing load stress over a power system compelled the practice of a
reactive power injection to ensure an efficient power network. For this purpose, multiple …

In this paper, a non-linear generalized predictive control (NGPC) has been used for the
stability analysis in a hybrid power system consisting of series and parallel compensators in …

Efficient control of reactive power flow is required to maintain a stable system operation.
Insufficient reactive power support may lead to system instability, incurring higher losses …

In recent years, the penetration of wind power generation has been growing steadily to
adapt to the modern trend of boosting renewable energy (RE)-based power generation …

The sub-synchronous oscillation (SSO) phenomenon presents a significant risk to the
overall safety and stability of power networks, as evidenced by numerous real-world …