A Liability Division Method for Harmonic Pollution Based on Line-Transferred Power Components

Jianchun Peng^*, Jun Zhou, Hui Jiang

College of Mechatronics and Control Engineering, Shenzhen University, Shenzhen, China.

DOI: 10.4236/jpee.2015.34035                

Abstract

The existing liability division methods for harmonic pollution are either inexplicit or incomplete in physical meaning. To compensate these defects, two new methods are proposed based on line-transferred power components in this paper. At first, all harmonic sources are represented by ideal equivalent current source, line current components and bus voltage components of a source are determined by stimulation of this source with all other sources disabled. Then, the line-trans- ferred power component owing to a source under all sources action together is determined by the theory of line-transferred power components, and called source’s line-transferred power component. At last, the liability of a source for line-end harmonic pollution is divided by two methods: the ration of the source’s line-transferred active power component to the total line-transferred power, and the ration of projection of the source’s line-transferred complex power component to absolute value of the total line-transferred complex power. These two methods are taken into account not only harmonic voltage but also harmonic current in the liability division. Simulation results show that the proposed liability division method based on active power component is the most effective and ideal one.

Keywords

Harmonic Pollution, Liability Division, Line-Transferred Power, Power Component, Grid

Conflicts of Interest

The authors declare no conflicts of interest.

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