OPTIMIZATION OF ELECTRIC VEHICLES ALONG WITH POWER GENERATION UNITS TO IMPROVE MICROGRID RELIABILITY
Keywords:Monte Carlo algorithm, reliability improvement, optimal combination, electric vehicles
Microgrids are a new generation of small-scale power systems that can meet the needs of their subscribers independently of the main power grid. One of the features of these systems is the possibility of aggregating scattered products in the field of renewable energy, with probabilistic and oscillating nature, which makes it necessary to check the microgrid reliability and ensure the reliability, and if necessary, Adopts ways to improve it. In this paper, we try to optimize the combination of distributed generation and electric vehicles by using probabilistic methods to improve the microgrid reliability. Optimizing the combination of power generation with electric vehicles to improve microgrid reliability, providing a new way of planning charge and discharge of vehicles, and modeling power injection into microgrids are some of the innovations in this paper.
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