Optimized Performance and Economic Assessment for Hybrid Island Microgrid System Considering Uncertainties

Distributed energy resources (DER) based microgrid system integration over conventional grids at remote or isolated locations has many potential benefits in minimizing the effects of global warming. However, this emerging technology brings challenges such as high capital costs, stable performance, uncertainties, operation, maintenance, and management issues. This research introduces an island with a correlation PV/wind/biomass/electrolyzer/hydrogen storage/fuel cell/diesel generator. The suggested hybrid is assessed on different natural uncertainties DER, considering availability wind speed, solar irradiation, biomass fuels. Optimized electricity production possible economic interpretation are revealed. Day-ahead forecast generation load demand dispatch analysis related to various estimated calculated by net forecasting approach. With help optimal power scheduling, day-ahead effectively handled. A few plausible case studies bespeak suitability environmental situations where national grid unavailable. real-time simulation proposed model amplifies feasibility synchronization demand.