Nowadays, electric vehicles (EVs) raise numerous challenges and opportunities in
microgrids. The EV deployment is increasingly gaining in importance for the purpose of …

This work presents a novel coordinated control approach for an MG with hybrid AC/DC loads
and energy resources. As a result, power interactions between the DC and AC subgrids are …

The intricacy to integrate Distributed Generators is the major aspect in power systems, which
balanced the power and regulated the voltage and frequency. If varied electrical motors are …

Summary The Internet of things (IoT) enable advanced technologies mostly on the basis of
advanced metering infrastructure and intelligent devices. In order to balance energy …

This paper presents a coordinated control of battery energy storage (BESS) and plug-in
electric vehicles (PEVs) for frequency regulation in a smart grid. The proposed control …

Electric vehicle (EV) state-of-charge (SoC) is a vital variable in battery energy management
for transport purposes. Since EVs can provide ancillary services to maintain microgrid …

The electric vehicle (EV) potential has broadly highlighted to provide ancillary services in
microgrids such as grid reserve and regulation support. However, uncertainties become a …

An improved method for estimation of dominant electromechanical mode based on
synchrophasor data of interconnected smart grids is proposed. By using synchrophasor …