The number of electric vehicles and renewable energy resources integrated into the power
system is increasing day by day. The objective behind the development of electric vehicles …

The multimicrogrid system is a complicated nonlinear system, which brings performance
degradation due to deficient damping under the unexpected fluctuation in power generation …

This research work proposes a hybrid dragonfly algorithm and pattern search (hDA-PS)
technique to optimize the parameters of two-degree-of-freedom proportional integral …

Frequency control is the key factor in a renewable energy-based microgrid system. The
inherent dynamics and low inertia of most power generating units of microgrids lead to …

Due to the fast development of renewable energy systems and the severe limitations
enforced by the marine pollution protocol, the utilizing of wind turbines (WTs), solar …

The increasing penetration of renewable energy sources (RES) into modern power systems
may reflect the problem of frequency stabilization. Therefore, this paper proposes a new …

The goal of this study is to introduce an effective load frequency control scheme with the
integration of tidal turbines in a standalone microgrid (μ G) system. As standalone μ G …

This study suggests the Type-2 fuzzy logic proportional-integral-derivative (T2-FLPID)
control strategy, optimally tuned using particle swarm optimization (PSO), for exigence …

This study endeavours an effective frequency control of renewable‐based isolated two‐area
interconnected microgrid (ICμG) without battery, incorporating wind power generation in …

The intermittent feature of renewable energy sources leads to the mismatch between supply
and load demand on microgrids. In such circumstance, the system experiences large …