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Hierarchical Predictive Control of Microgrids in Islanded Operation

机译:孤岛运行中微电网的分层预测控制

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This paper presents a hierarchical control architecture for the regulation of frequency and nodal voltages of a microgrid in islanded operation. Considering systems with both dispatchable and nondispatchable generation, as well as noncontrollable loads, the suggested approach allows to coordinate the MG devices in order to maintain the network variables inside the desired operational ranges. Moreover, the proposed algorithm, based on model predictive control, introduces the possibility to define different resource management strategies while taking into account the constraints of the available devices. Simulation examples are reported and described in the final part of this paper.
机译:本文提出了一种分层控制架构,用于在孤岛运行中调节微电网的频率和节点电压。考虑到具有可调度和不可调度发电以及不可控负载的系统,建议的方法允许协调MG设备,以将网络变量维持在所需的操作范围内。此外,所提出的算法基于模型预测控制,引入了在考虑可用设备约束的同时定义不同资源管理策略的可能性。仿真示例已在本文的最后部分进行了报道和描述。

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