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Economic, Reliability, Environmental and Operation Factors to Achieve Optimal Operations of Multiple Microgrids by Aiqin Xu; Jing Wu; Guoliang Zhou; Sara Saeedi is a Engineering article available to read on EtoBox.

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In this paper, a scenario-based strategy for optimizing multiple microgrids has been proposed by considering the demand and renewable energy sources (RES) unit unpredictability. The approach seeks to determine the appropriate capability, category, number, and position of renewable and controllable distributed RES, and the ideal switch site for clustering the traditional distributed network (DN) into a collection of interconnected microgrids (MGs) with an economical and trustworthy structure. The suggested solution attempts to minimize all plans, counting asset and process expenses, system loss, air pollution, and the cost of microgrid s' unsupplied energy. The Monte Carlo method was adopted to generate and reduce the scenarios, and the Newton-Raphson method was used for power flow. To optimize the system, we used the improved shark smell optimization algorithm in the simulation. Obtained results of economic and reliability assessment demonstrate that by dividing the traditional DNs into a set of multiple MGs, the reductions in reliability costs and technical costs are provided due to the reduction in losses and the improvement of the voltage profile, thereby reducing the total syst

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Author

Aiqin Xu; Jing Wu; Guoliang Zhou; Sara Saeedi

Publisher

Elsevier BV

Published

2023

Language

EN

Field

Engineering (Physical Sciences)