Design and Implementation of Passive Harmonic Filter Using Simulation Tool

Nattapon Panmala, P. Sriyanyong
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Abstract

This paper presents a design and implementation of the passive harmonic filter using the simulation tool. The results of the simulation tool are calculated from the various system parameters including transmission line, distribution system, static load, harmonic load, capacitor bank, and passive harmonic filter. The simulation program can be divided the calculations into 2 parts. The first part is the power factor correction calculation by using the capacitor bank. The second is the calculation for designing passive harmonics filter application. The results of the analytical methods illustrate Power Factor (PF) correction, Total Harmonics Voltage Distortion (THDV) and Capacitive rated current, which especially consider designing of the passive harmonic filter. The simulation program was carried out using MATLAB with user-friendly graphical user interface (GUI). In addition, the simulation program can be used as teaching aids for Power System Harmonics.
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无源谐波滤波器的仿真设计与实现
本文利用仿真工具设计并实现了无源谐波滤波器。仿真工具从输电线路、配电系统、静负荷、谐波负荷、电容器组和无源谐波滤波器等系统参数中计算出仿真结果。仿真程序可将计算分为两部分。第一部分是利用电容器组进行功率因数校正计算。第二部分是设计无源谐波滤波器应用的计算。分析结果说明了功率因数(PF)校正、总谐波电压畸变(THDV)和电容额定电流,并特别考虑了无源谐波滤波器的设计。仿真程序在MATLAB环境下使用友好的图形用户界面(GUI)进行。此外,该仿真程序还可以作为电力系统谐波的教学辅助工具。
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