The Optimal Scheduling Model Of Wind Power Generation Considering The Participation Of Electric Vehicle Batteries

In order to make full use of the cooperation of the electric vehicle batteries and the wind power generation to realize the peak load shifting, this paper mainly investigates the optimization scheduling strategy of synergistic dispatch between electric vehicle batteries and wind power. Firstly, three synergistic dispatch model including electric vehicles, wind power and power load demand, and three constraint conditions of the available time, the residual capacity of battery and the charge-discharge power are proposed by considering the characteristics of transportation and power battery of electric vehicles. This optimization model is then solved by the improved Particle Swarm Optimization (PSO) algorithm. Finally, simulation experiments analyse the factors affecting the synergistic optimization model of electric vehicles and wind power by considering three kinds of wind power output including normal and peak-regulation and different wind power penetration and the number of electric cars to participate in power grid interaction, and the effectiveness of the synergistic optimization model to achieve of the peak load shifting is confirmed.