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Load angle based optimal reclosing technique of circuit breakers for power quality enhancement

机译:基于负载角的断路器最佳重合闸技术,用于提高电能质量

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摘要

This paper proposes a new method of optimal reclosing based on the total load angles of the synchronous gen erators in a multi-machine power system. First the optimal reclosing times are determined, and then the performance of the proposed reclosing method and that of the conventional reclosing technique is compared. In order to analyze the reclosing techniques, the IEEE nine bus power system model is considered. Both balanced and unbalanced temporary and permanent faults at different locations in the power system model are considered. Two indices are considered to evaluate the system performance in terms of power quality enhancement. Simulation results indicate that the proposed total load angles based optimal reclosing technique is effective to maintain the power quality in a multi-machine power system. Moreover, the performance of the proposed reclosing method is better than that of the conventional reclosing method.
机译:本文提出了一种基于多机电力系统中同步发电机总负载角的最优重合闸新方法。首先确定最佳重合闸时间,然后比较所提出的重合闸方法和常规重合闸技术的性能。为了分析重合闸技术,考虑了IEEE 9总线电源系统模型。同时考虑了电力系统模型中不同位置的平衡故障和不平衡临时故障和永久性故障。考虑两个指标以评估电源质量增强方面的系统性能。仿真结果表明,所提出的基于总负载角的最优重合闸技术可以有效地保持多机电源系统的电能质量。而且,所提出的重合闸方法的性能优于传统的重合闸方法。

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