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Robust Control of Multi-Machine Power Systems Caused by Perturbation of Mechanical Input Power and Variable Unknown Communication Time-Delay

机译:机械输入功率的扰动和变量未知的通信时滞引起的多机电源系统的鲁棒控制

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The paper describes the problem of control of multi-machine power systems under parametric uncertainties, perturbed mechanical input power and unknown variable communication time-delay. The algorithm is proposed for the case when only relative speeds of each electrical generator are measured. The algorithm synchronizes the multi-machine power system with the required accuracy in the normal mode and under symmetrical 3-phase short circuit faults which occur on transmission lines. Efficiency of the scheme is illustrated by modeling of the three machine power systems.
机译:本文描述了在参数不确定性,机械输入功率受到扰动以及未知变量通信时滞的情况下的多机电力系统控制问题。针对仅测量每个发电机的相对速度的情况提出了该算法。该算法在正常模式下以及在传输线上发生对称的三相短路故障时,以所需的精度同步多机电源系统。通过对三个机器动力系统的建模来说明该方案的效率。

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