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Improvement of multi-machine power system stability with variable series capacitor using on-line learning neural network

机译:在线学习神经网络的可变串联电容器提高多机电力系统稳定性

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This paper presents an adaptive control technique for the variable series capacitor using a recurrent neural network (RNN). Since, the parameters of the controller are determined by Genetic Algorithm (GA), which is one of the optimization algorithms, they are optimum only for that operating point and it is not possible to obtain good control performance against variations in the operating and fault point. The adaptive controller proposed in this paper consists of an optimum controller using GA and an RNN. As the RNN was on-line training, robust control performance can be achieved for various operating conditions. The effectiveness of this control method is demonstrated by considering simulation of a multi-machine power system.
机译:本文提出了一种使用递归神经网络(RNN)的可变串联电容器的自适应控制技术。由于控制器的参数是由遗传算法(GA)确定的,遗传算法是一种优化算法,因此它们仅对于该工作点是最佳的,并且无法针对工作点和故障点的变化获得良好的控制性能。本文提出的自适应控制器由使用GA和RNN的最优控制器组成。由于RNN是在线培训,因此可以在各种操作条件下实现强大的控制性能。通过考虑多机电源系统的仿真,证明了该控制方法的有效性。

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