During major disturbances in electric power system (PS) penetrated with renewable energy
sources, primary and supplementary automatic generation control (AGC) strategies usually …

The interconnected power system with renewable energy sources is an intricate nonlinear
system, which frequently brings to light the serious problem of the system frequency and tie …

Frequency stabilization in the deregulated power system (DPS) becomes more significant
because of increased complexities and uncertainties due to higher penetration of renewable …

Due to the increasing and variable load demands, fluctuations occurring in the performance
of AGC is a major issue regarding power system (PS) frequency stability. To deal with the …

Nonlinear structure, vague loading characteristics and parameter uncertainties of the
interconnected power system (IPS) have recently given birth to various controllers that better …

The incessant swell in size, complexity, nonlinearity and structural variations in modern
electric power systems, as well as rise in power demand has entailed the use of intelligent …

The current work deals with the study of unequal multi‐area automatic generation control
under a restructured environment. Each area has two generating companies (GENCOs) and …

This paper suggests a fuzzy logic controller (FLC) structure from seven membership
functions (MFs) and its input–output relationship rules to design a secondary controller to …

The present aspect studies automatic generation control (AGC) of a multi-area multi-source
test system with the effects of thyristor controlled series compensation (TCSC) and …

The effective and reliable operation of an interconnected power system (PS) is a major
concern, because of the large amount of power contribution from the intermittent renewable …