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Energy management for demand responsive users with shared energy storage system

机译：共享储能系统，为需求响应用户提供能源管理

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This paper investigates the energy management problem for multiple self-interested users, each with renewable energy generation as well as both the fixed and controllable loads, that all share a common energy storage system (ESS). The self-interested users are willing to sell/buy energy to/from the shared ESS if they can achieve lower energy costs compared to the case of no energy trading while preserving their privacy e.g. sharing only limited information with a central controller. Under this setup, we propose an iterative algorithm by which the central controller coordinates the charging/discharging values to/from the shared ESS by all users such that their individual energy costs reduce at the same time. For performance benchmark, the case of cooperative users that all belong to the same entity is considered, where they share all the required information with the central controller so as to minimize their total energy cost. Finally, the effectiveness of our proposed algorithm in simultaneously reducing users' energy costs is shown via simulations based on realistic system data of California, US.
机译：本文研究了多个具有共同利益的用户的能源管理问题，这些用户各自具有可再生能源发电以及固定负载和可控负载，它们都共享一个公用的能量存储系统（ESS）。与不进行能源交易同时保护自己的隐私的情况相比，自私用户愿意在共享ESS的基础上向/从共享的ESS出售/购买能量。与中央控制器仅共享有限的信息。在这种设置下，我们提出了一种迭代算法，通过该算法，中央控制器协调所有用户向/从共享ESS的充电/放电值，从而同时降低他们各自的能源成本。对于性能基准，考虑了全部属于同一实体的合作用户的情况，他们与中央控制器共享所有必需的信息，以最大程度地降低他们的总能源成本。最后，通过基于美国加利福尼亚的真实系统数据进行的仿真，显示了我们提出的算法在同时降低用户能源成本方面的有效性。

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