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Harmonic source location and meter placement optimization by impedance network approach

机译:阻抗网络方法优化谐波源位置和仪表放置

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摘要

The level of harmonic distortion on modern power systems is a concern as more non-linear devices are used in energy conversion. Therefore, locating the harmonic source is important to identify and to take appropriate actions for eliminating the distortion. Also meter placement is a crucial part of harmonic location problem. The placement approach should both provide limited number of meter locations and overcome misallocation of the source because of the difficulty in obtaining correct network impedances. Consequently, a harmonic source location method by using impedance network approach with a new optimal meter placement algorithm (OMPA) is proposed in this paper. The validation of OMPA for different levels of harmonic impedance errors is performed using Monte Carlo technique and the effectiveness of the algorithm is shown by using IEEE 30-bus test system.
机译:随着更多的非线性设备用于能量转换,现代电力系统上的谐波失真水平成为一个问题。因此,定位谐波源对于识别并采取适当措施消除失真很重要。仪表的放置也是谐波定位问题的关键部分。由于难以获得正确的网络阻抗,因此放置方法既应提供有限数量的仪表位置,又应克服信号源的错误分配。因此,本文提出了一种使用阻抗网络方法和新的最佳电表放置算法(OMPA)的谐波源定位方法。使用蒙特卡洛技术对不同水平的谐波阻抗误差进行了OMPA验证,并通过使用IEEE 30总线测试系统证明了该算法的有效性。

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