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A New Genetic Algorithm Method for Optimal Coordination of Overcurrent Relays in a Mixed Protection Scheme with Distance Relays

机译:距离继电器混合保护方案中过电流继电器最优协调的遗传算法

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Several optimal coordination of overcurrent relays have been done in the past by using linear programming such as simplex, two-phase simplex and dual simplex and also intelligent optimization techniques such as genetic algorithm (GA) techniques. In this paper, a powerful optimal coordination method based on GA is introduced. The objective function (OF) is developed in a way that in addition to coordination of overcurrent relays, the coordination of overcurrent and distance relays is achieved. In other words, the novelty of the paper is the modification of the existing objective function of GA, by adding a new term to OF to fulfill the coordination of both overcurrent and distance relays. The method is applied to a power network system and from the obtained results it is revealed that the new method is efficient and accurate.
机译:过去,通过使用线性编程(例如单工,两相单工和对偶单工)以及智能优化技术(例如遗传算法(GA)技术),可以实现过电流继电器的几种最佳协调。本文介绍了一种基于遗传算法的强大的最优协调方法。目标函数(OF)的开发方式是,除了过电流继电器的协调之外,还可以实现过电流和距离继电器的协调。换句话说,本文的新颖之处在于通过对OF添加一个新术语来满足过电流继电器和距离继电器的协调,从而对GA现有目标函数进行了修改。将该方法应用于电网系统,从获得的结果可以看出,该方法高效,准确。

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