In recent years, the conventional power system is becoming a hybrid power system with
increments in the interconnection of Renewable Energy (RE) sources, High Voltage Direct …

Nowadays, most of modern power systems integrate concentrated renewable energy
resources power plants like solar and wind parks in addition to central conventional plants …

The practical applicability of smart control systems suffers from the existence of uncertainty
in the physical parameters, sensor measurements and external excitations. Effective …

Nowadays modern power systems are of interconnected type having both conventional and
renewable generation sources. Integration of renewable sources in these modern power …

The selection of the correct traction transformer reduces power quality (PQ) issues and
minimizes the high impact of electrified railway systems (ERS) on the electrical grid. In …

There is a change in the traditional power system structure as a result of the increased
incorporation of microgrids (MGs) into the grid. Multi‐area MGs will emerge as a result, and …

This article address the study of an unified two-area thermal-wind system with a combined
voltage and frequency control. An original attempt was made to integrate the cascade FOPI …

The growing demand for electrical energy at a global scale highlights the need for more
reliable, secure, and environmentally friendly power systems. For this purpose, both …

This article examines the effect of thermal-DSTS in a two-area AGC associated with AVR
system. A novel cascade controller named FOPI-TIDN is proposed. The bird swarm …

This book chapter gives an overview of Type 2 Fuzzy Logic (T2FL) and its application in
solar energy research. Through a comprehensive investigation, both the applications and …