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Non-linear decentralized saturated controller design for multi-machine power systems

机译:多机动力系统的非线性分散饱和控制器设计

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A direct method of constructing a decentralized saturated controller is very important in the controller design of multimachine power systems. Among the existing designs the author first constructed a state feedback, then saturated the controller. However, the author could not prove that this saturated controller was valid. In this paper a multi-machine power system as a Hamiltonian control system with dissipation is first represented. Then using a Hamiltonian function a decentralized saturated excitation control scheme, which is a static measurable feedback, is proposed. Last, the design is discussed in detail on a three-machine power system. Simulations show that the saturated, simple control law works well. [References: 28]
机译:构建分散式饱和控制器的直接方法在多机电源系统的控制器设计中非常重要。在现有设计中,作者首先构造了状态反馈,然后使控制器饱和。但是,作者无法证明此饱和控制器有效。本文首先提出了一种多机动力系统作为具有耗散的哈密顿控制系统。然后,使用哈密顿函数,提出了一种分散的饱和励磁控制方案,该方案是静态的可测量反馈。最后,在三机动力系统上详细讨论了该设计。仿真表明,饱和,简单的控制律效果很好。 [参考:28]

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