The complexity of power system networks is increasing continuously due to the addition of
high capacity transmission lines. Faults on these lines may deteriorate the power flow …

Identifying and locating the fault is one of the major tasks in constructing effective distribution
automation (DA) for the smart grid. The integration of distributed generators at a large scale …

An algorithm which uses discrete wavelet transform (DWT) in conjunction with rule based
decision tree (RBDT) is introduced in this paper. Algorithm is aimed to recognize faults …

This paper outlines the adopted methodology to construct an intelligent system, which is
able to detect and to discriminate between short circuit faults in high voltage power lines …

With the increasing expansion of renewable energy resources, wind farms are becoming
predominant, especially with the progress of Inverter-Based Resources (IBRs). Although …

This chapter presents a detailed study of renewable energy (RE) technology used to meet
the energy requirements of smart cities. A detailed study is provided of RE elements such as …

The incorporation of renewable energy sources and the increasing intricacy of microgrid
systems are intertwined developments underscore the need for robust fault detection …

Recently, researchers have been investigating different methods based on basic and
advanced distributed generator (DG) placement and determination of microgrids for smart …

The integration of distributed photovoltaics (PV) has led to changes in the fault features of
power grid. The performance of the steady-state features based classification method is also …

Microgrid (MG) operations in smart cities are expanding because of the fast increases in
energy utilization around the world. Energy supply and deficiency greatly affect the …