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Analysis and design of voltage control and coordinate strategy in DC microgrid under multiple operation conditions

机译:多种工况下直流微电网的电压控制与协调策略分析与设计

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Considering multiple operation condition in DC microgrid, a bus voltage control strategy with terminal coordination is proposed in this paper, which could stabilize the bus voltage in extreme operation condition through receiving the operation information and issuing commands to every terminal. The equivalent circuit of DC microgrid is established and analysed, which can provide instruction on voltage control. During control strategy designing, the operation modes and switching criteria under multiple conditions are made. Accordingly, terminals coordinate control and flow chart of selection are introduced in this paper. Finally, DC microgrid model with loop topology with four terminal ports is built in MATLAB/Simulink to validate this strategy, and experiment results will be added in final paper.
机译:考虑到直流微电网中的多种运行条件,提出了一种终端协调的母线电压控制策略,通过接收运行信息并向每个终端发出命令,可以使母线电压在极端工况下稳定。建立并分析了直流微电网的等效电路,可以为电压控制提供指导。在控制策略设计过程中,制定了多种条件下的运行模式和切换准则。因此,本文介绍了终端坐标控制和选择流程图。最后,在MATLAB / Simulink中建立了具有四个端子端口的环形拓扑的DC微电网模型,以验证该策略,并在最终论文中添加了实验结果。

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