Highly intermittent power from renewable energy sources (RES) along with load and system
perturbations in an autonomous microgrid (MG), results in large frequency fluctuations …

Objective In microgrid (MG), besides the load perturbation, volatile nature in renewable
output power along with energy storage system and inertia uncertainties cause large …

Modern power systems require increased intelligence and flexibility in the control and
optimization to ensure the capability of maintaining a generation-load balance, following …

This paper proposes a robust load frequency control (LFC) strategy using a fuzzy logic-
based PI controller for an autonomous hybrid microgrid with high renewable penetration …

In this study, a control strategy based on the self-tuning method and synchronous reference
frame (SRF) with PI regulator is proposed to achieve optimum quality of power in an …

Due to environmental concerns, there is lot of emphasis on the use of renewable energy
sources as distribution generation sources for electric power generation. These distributed …

In this paper, the amount of microgrid frequency deviation in the dynamic state can be
reduced by improving the frequency controller and implementing a new method. The …

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 …

In addition to low system inertia and stochastic nature of the load, the intermittent nature of
renewable output power causes hefty frequency deviations in a standalone microgrid (SMG) …

The present article deals with load frequency control (LFC) in an islanded two area AC
microgrid (MC) system. In this study the proposed two area MG system comprises different …