计及EV参与的微网储能调度研究

Research on Microgrid Energy Storage Scheduling Considering EV Participation

为进一步提升园区内现有储能潜力,提出以最大充电时延序列指标作为汽车顺序调用准则,从而有序控制电动汽车运行,实现了电动汽车集群与储能系统协同调节园区微网运行,进而可以确定工业园区微网内部设备的任务分配。仿真结果表明,引入序列控制模型的电动汽车集群与储能系统协同调峰,可进一步提升园区内光储微网投资运营商的经济效益,从而验证了方法的有效性与可行性。

In order to further enhance the existing energy storage potential in the industrial park,the index of maximum charging delay sequence is proposed as the vehicle sequential invocation criterion.It is for orderly controlling the electric vehicle operation and realizing the collaborative regulation of the park’s micro-grid operation,by the electric vehicle cluster and energy storage system.It is also able to determine the task allocation of the equipment within the micro-grid.The simulation result shows that the introduction of the sequence control model of electric vehicle clusters and energy storage system synergistic peaking can further improve the economic benefits of the photovoltaic battery microgrid in the park,thus verifying the effectiveness and feasibility of the method.