Extreme weather events lead to electrical network failures, damages, and long-lasting
blackouts. Therefore, enhancement of the resiliency of electrical systems during emergency …

A new DC fault current limiter (FCL)-based circuit breaker (CB) for DC microgrid (MG)
clusters is proposed in this paper. The analytical expressions of the DC fault current of a …

This article is treated with the protection coordination of bidirectional overcurrent relays
(OCRs) in distribution power systems to obtain the best performance at a minimum total time …

Designing a properly coordinated protection scheme for a multi-microgrid is very
challenging because of their distinct characteristics. A microgrid can be operated in a grid …

Extreme weather conditions and natural disasters (ND) are the main causes of power
outages in the electric grid. It is necessary to strengthen the electrical power system's …

Nowadays, energy networks including electricity, natural gas and heat are integrated in a
unit namely “Energy Hub The energy hub has led a great opportunity for energy system …

Considering the complexity of controller systems in and also managing a microgrid (MGs),
using automation systems can be an effective step in increasing energy efficiency, high …

This chapter consists of two sections,'Modelling of DC Microgrids' and 'Protection of DC
Microgrids'. In the first section, the new developments in DC Microgrids are discussed. Then …

In recent years, due to the increasing penetration of renewable energy resources, the
concept of DC Microgrid is determined. In addition, the lack of effective protection strategy …

This paper presents the experiment investigation of using the superconducting fault current
limiter (SFCL) in combination with a circuit breaker (CB) to mitigate the consequences of …