电工技术学报2016，Vol.31Issue(18)：142-150,9.
考虑充电需求与随机事件的光伏充电站实时运行策略
Real-Time Operation Strategy for PV-Based EV Charging Station Considering Charging Demand and Random Events
摘要
Abstract
PV-based EV charging station is an effective system to integrate the PV generation system into the charging facility. It would effectively reduce indirect carbon emission and the impacts on the grid network. In this paper, a real-time operation strategy is proposed for the PV-based EV charging station. EVs are classified into two categories: the rigid EVs and the flexible EVs, following three principles of adapting to charging demand, maximizing the self-consumption of PV energy and reducing the impacts on the power grid. It consists of four main parts, that is, EV classification, the feasible charging rate, the mechanism of dynamical event triggering and the algorithm of real-time power allocation for EVs. Furthermore, in order to avoid the defect introduced by forecasting algorithm, non-forecasting strategy is adopted. The simulation results have shown that the proposed strategy can make full use of PV system. The strategy will promote the application of PV-based EV charging station.关键词
光伏充电站/电动汽车/实时运行策略/功率分配Key words
PV-based EV charging station/electric vehicles/real-time operation strategy/power allocation分类
交通工程引用本文复制引用
陈奇芳,刘念,陈征,张建华..考虑充电需求与随机事件的光伏充电站实时运行策略[J].电工技术学报,2016,31(18):142-150,9.基金项目
国家自然科学基金（51577059）和中央高校基金（2015XS03）资助项目。 （）
