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Complete controllability region of a dynamic N-bus power system model with bounded controls

机译:具有约束控制的动态N总线电源系统模型的完整可控制区域

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In this paper the complete controllability of an N-bus power system model is analyzed. The controls in this model are bounded, which is consistent with the limited capacities of actual control devices. The complete controllability region refers to a subset of the power system state space in which any pair of states is mutually reachable using available controls. The result shows that the complete controllability region exists and contains an open set of the state space. The computational task is nontrivial for high dimensional systems. In actual power systems, the proposed controllability region provides a tool to identify a set of states where the power system is completely controllable given the control limits.
机译:本文分析了N总线电力系统模型的完全可控性。此模型中的控件是有界的,这与实际控制设备的有限能力是一致的。完整的可控性区域是指电力系统状态空间的子集,在该子集中,使用可用控件可相互访问任意一对状态。结果表明,存在完整的可控区域,并包含状态空间的开放集。对于高维系统,计算任务是不平凡的。在实际的电力系统中,建议的可控性区域提供了一种工具,用于识别在给定控制极限的情况下电力系统是完全可控的一组状态。

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