Existing electric power distribution networks are operating near full capacity and facing rapid
changes to address environmental concerns and improve their reliability and sustainability …

Power flow control has become increasingly important in recent years in the area of smart
power systems that have to integrate increased shares of variable renewable energy …

A comprehensive review on stability analysis in multimachine power system is presented in
this study. The increasing demand of power has led to the expansion of power system and …

This paper proposes an adaptive and distributed secondary voltage control for microgrids
with inverter-based distributed generators (DG). The proposed control is fully adaptive and …

In this article, a new methodology based on fuzzy proportional‐integral‐derivative (PID)
controller is proposed to damp low frequency oscillation in multimachine power system …

Traditional input–output feedback linearization requires full knowledge of system dynamics
and assumes no disturbance at the input channel and no system's uncertainties. In this …

Due to random patterns of demand response from the consumer side and the unreliable
nature of renewable energy resources, load flow balancing and transient stability become …

The increasing presence of inverter-based distributed generation (DG) units in microgrid
application requires control methods that achieve high performance not only during normal …

Unified power flow controller (UPFC) gains growing application in power systems due to its
power flow regulation ability. However, there is still a dilemma in the incorporation of UPFC …

This study presents a new optimal supplementary neuro-controller design for unified power
flow controllers (UPFCs) using wide-area signals. The new design is oriented by the dual …