【摘要】 云能源存储是近年来能源互联网中最经济的能源共享与协调技术之一。结合云能源存储运行特点，构建一种支持P2P能源交易体系结构和操作模型，针对单客户之间共享和虚拟集成的云能源存储目标函数，提出分布式交替方向乘数法，有效提升可再生能源的利用，最后统计分析可再生能源和实时电价的真实数据集。仿真结果表明该框架可长期有效降低成本。更多还原

【Abstract】 Cloud energy storage is one of the most economical energy sharing and coordination technologies in the energy internet in recent years. Considering the operation characteristics of the cloud energy storage, a P2P energy trading architecture and its operation model are constructed. A distributed alternation direction multiplier method(DADM) is proposed for the cloud energy storage objective function considering sharing and virtual integration between single clients, which effectively improves the utilization of renewable energies. The real dataset of renewable energies and real-time electricity prices are analyzed statistically. The simulation results show that the proposed framework can effectively reduce the cost in the long term.更多还原