1
Department of Electrical Engineering, Faculty of Engineering, Jahrom University, Iran.
2
Islamic Azad University of Semmirom Branch, Semmirom, Iran
10.61186/jgeri.2025.2070212.1077
Abstract
This plan outlines an energy scheduling strategy for a distribution grid with multi-microgrid systems, based on the assessment of economic and operational indicators within the microgrids. The microgrid operates on a multi-bus structure, incorporating renewable sources like solar and wind alongside non-renewable resources and hydrogen storage systems. The primary objective is to minimize the operational costs of microgrids and associated resources. The problem is subject to various constraints, including the optimal power flow formulation for the microgrids, performance models of renewable and non-renewable units, and the dynamics of storage devices. Due to the non-convex and nonlinear nature of the formulation, a honey-bee mating optimization method is employed to ensure a reliable solution with minimal deviation toward the final result. The findings demonstrate the plan’s potential to enhance both the technical and economic performance of microgrids. Specifically, energy scheduling for the included units and storage systems can improve operational efficiency by approximately 59.2% and economic conditions by about 44.2%. Furthermore, the proposed solution approach achieves sustainable computing conditions by delivering near-optimal solutions with low computational time and a standard deviation of just 0.97% in the final results.
Bahreini,M. and Pirouziu,S. (2025). Optimal operation in Multi-Microgrids based on Active Power Control for Distributed Generations and Hydrogen Energy System. (e729443). Journal of Green Energy Research and Innovation, (), e729443 doi: 10.61186/jgeri.2025.2070212.1077
MLA
Bahreini,M. , and Pirouziu,S. . "Optimal operation in Multi-Microgrids based on Active Power Control for Distributed Generations and Hydrogen Energy System" .e729443 , Journal of Green Energy Research and Innovation, , , 2025, e729443. doi: 10.61186/jgeri.2025.2070212.1077
HARVARD
Bahreini M., Pirouziu S. (2025). 'Optimal operation in Multi-Microgrids based on Active Power Control for Distributed Generations and Hydrogen Energy System', Journal of Green Energy Research and Innovation, (), e729443. doi: 10.61186/jgeri.2025.2070212.1077
CHICAGO
M. Bahreini and S. Pirouziu, "Optimal operation in Multi-Microgrids based on Active Power Control for Distributed Generations and Hydrogen Energy System," Journal of Green Energy Research and Innovation, (2025): e729443, doi: 10.61186/jgeri.2025.2070212.1077
VANCOUVER
Bahreini M., Pirouziu S. Optimal operation in Multi-Microgrids based on Active Power Control for Distributed Generations and Hydrogen Energy System. JGERI, 2025; (): e729443. doi: 10.61186/jgeri.2025.2070212.1077
