Microgrids are becoming critical assets in power distribution systems. This is partly due to the resiliency and reliability challenges faced by power distribution systems in the last decade and
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Flexible microgrids with dynamic boundaries have recently been introduced in the literature. With the ability to reconfigure the topology of the microgrids dynamically through remotely
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The microgrid (MG) is a group of interconnected loads and distrib-uted energy resources (DERs) that can operate in both grid-tied and islanded modes [1]. In the grid-tied mode, the MG
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To facilitate the coordination between hydrogen and renewables, this paper proposes a flexible on-grid and off-grid control method for an electric–hydrogen hybrid AC-DC microgrid which
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This article delves into the eco-friendly operation of a smart microgrid, highlighting its ability to maintain voltage security through a flexible renewable hybrid system. The framework
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A microgrid (MG) can be referred to a set of renewable and non-renewable generation units (such as photovoltaic systems (PVs), wind turbines (WTs), fuel cells (FCs), biomass, micro
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Due to the inherent nature of high fluctuation and randomness, it is hard for renewable energy sources to meet full-time power quality requirements, and are thus difficult to be directly
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In contrast with conventional microgrids (MGs) with fixed boundaries, a smart and flexible MG with dynamic boundary is introduced in this paper. Such a MG can dynamically change its
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The microgrid provides a platform for liaison and interaction between the grid, DG, energy storage, and load due to its flexible mode of operation and high dependability of power supply.
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