Abstract Under the pressure of climate change, renewable energy development has been assisted by subsidies or preferential policies such as feed-in-tariff. However, renewable energy cannot rely on policies as before. To stimulate the further development of renewable energy, this paper proposed an energy bank system (EBS) using a sharing economy model, i.e. a trading platform for multiple microgrids with renewable distributed generation (RDG) or hybrid energy storage devices. EBS is a similar idea with a virtual bank in the financial sector. Money is electrical energy, whereas storing energy is an analogy to depositing money, RDG becomes a kind of investment. To maximize the utilization efficiency of the RDG, participants of EBS can trade electricity with each other and earn revenues. In this paper, the figure of distributed energy charging (FDEC) is proposed for the energy management and dispatch, the call-auction method with the rule of maximum transaction volume is proposed for the energy trading and calculation. In the case studies, based on the practical data in Australia, the simulation results prove advanced economic advantages and high effectiveness of EBS.

中文翻译：

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基于集合竞价交易的能源共享策略：能源银行系统

摘要 在气候变化压力下，可再生能源发展得到补贴或上网电价等优惠政策的助力。然而，可再生能源不能像以前那样依赖政策。为了刺激可再生能源的进一步发展，本文提出了一种使用共享经济模型的能源银行系统（EBS），即具有可再生分布式发电（RDG）或混合储能设备的多个微电网的交易平台。EBS 与金融领域的虚拟银行的想法类似。金钱是电能，而储存能量就像存钱，RDG变成了一种投资。为了最大限度地提高 RDG 的利用效率，EBS 的参与者可以相互交易电力并赚取收入。在本文中，针对能源管理和调度，提出了分布式能源收费(FDEC)图，针对能源交易和计算，提出了具有最大交易量规则的召集拍卖方法。在案例研究中，基于澳大利亚的实际数据，模拟结果证明了 EBS 的先进经济优势和高效性。