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Stable Limit Cycles Induced by the Interaction of HVDC Limiters and PSSs

机译:通过HVDC限制器和PSS的相互作用引起的稳定极限循环

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This paper studies the appearance of stable limit cycles in a power system model with a HVDC link near a synchronous generator unit. The HVDC system studied in this paper is a simplified version of the transmission system between the 50 Hz sector of Itaipu power plant and the Brazilian interconnected system. We show that the limit cycle coexists with a stable equilibrium condition and the system reaches the oscillation condition after a large perturbation. We also show that the limit cycle appears as a consequence of the interaction between the HVDC and PSS controllers. More precisely, the limit cycle is induced by the action of the Rectifier Alpha Minimum Limiter (RAML) of the HVDC controller interacting with the action of the PSS controller. This oscillating condition is undesired and understanding its cause is the main aim of this paper.
机译:本文研究了在同步发电机单元附近的HVDC链路中电力系统模型中稳定极限循环的外观。本文研究的HVDC系统是ITaipu电厂和巴西互连系统50 Hz部门之间的传输系统的简化版本。我们表明,极限循环与稳定的平衡条件共存,并且系统在大扰动后达到振荡条件。我们还表明,由于HVDC和PSS控制器之间的相互作用,极限循环出现。更确切地说,通过与PSS控制器的动作相互作用的HVDC控制器的整流器α最小限制器(RAML)的动作引起限制循环。这种振荡条件是不希望的,理解其原因是本文的主要目的。

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