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An optimization-based control approach for reliable microgrid energy management under uncertainties

机译:不确定性条件下基于优化的可靠微电网能源管理控制方法

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This paper proposes an optimization-based control approach for microgrid energy management. For exemplification of the approach consider a microgrid system connected to an external grid via a transformer and containing a local consumer, a renewable generator (wind turbine) and a storage facility (battery). The objective of minimizing the costs is achieved through a predictive control framework for scheduling the battery usage in the microgrid system. The proposed control framework takes into account cost values, power consumption, generation profiles as well as functional constraints under uncertainties in the wind speed profile. Simulation results using real numerical data are presented for a reliability test system.
机译:本文提出了一种基于优化的微电网能源管理控制方法。为了举例说明该方法,请考虑一个微电网系统,该系统通过变压器连接到外部电网并包含本地用户,可再生发电机(风力涡轮机)和存储设施(电池)。通过用于调度微电网系统中的电池使用量的预测控制框架来实现使成本最小化的目的。所提出的控制框架考虑了成本值,功耗,发电曲线以及在风速曲线不确定性下的功能约束。给出了使用真实数值数据的仿真结果,用于可靠性测试系统。

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