With the development of renewable energy technologies, microgrid with distributed energy as the main energy source develops rapidly. As a kind of controllable load, electric vehicles can make up for the impact on the microgrid when they are connected to the microgrid in large quantities, so as to avoid load cutting due to insufficient power generation. In this paper, the reliability of microgrid island operation with wind power generation is studied based on the control strategy of electric vehicle. Firstly, the minimum peak load model of electric vehicles is established to evaluate the regulatory potential of electric vehicles during the island operation of microgrid. Secondly, the source-load-storage joint control strategy of microgrid with power supply reliability is proposed. Then, based on Monte Carlo simulation, a microgrid reliability assessment method based on the minimum peak load model of electric vehicles is proposed. Finally, a numerical simulation is carried out through the modified RBTS Bus6 F4 feeder system. Simulation results verify the effectiveness of the proposed model and strategy.
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