RANCANG BANGUN FILTER PASIF UNTUK MEREDUKSI TOTAL HARMONIC DISTORTION (THD) AKIBAT PEMAKAIAN LAMPU HEMAT ENERGI (LHE) DAN LIGHT EMITTING DIODE (LED)

Alfronso Sinurat1, AntoniusDoddy Tyas Prasetyo, Eva Magdalena Silalahi3, Bambang Widodo4, Robinson Purba5
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Abstract

This paper discusses the design of a passive filter system for energy saving in Energy Saving Lamps (LHE) and Light Emitting Diode (LED), but for LHE and LED lamps for current Total Harmonic Distortion (THDi) that do not meet the standard. To reduce the current THD, it can be done by installing a single tune passive filter.””In this paper, we discuss the design of” a”passive filter system using a filter design with Matlab Simulink to determine the size of the components in filter design. To reduce the level of current harmonics, a single tune passive filter is designed which consists of an inductor and capacitor (LC) on the LHE and the LED.”Based on the research”data”that has been carried out,”the THDi measurement results for the lamp load test after using the filter are 49.12% for the LED circuit, 41.86% for the LHE circuit and 11.59% for the combined LED and LHE circuit.”Based on the results”of”each”measurement,”it can be seen that none have met the IEEE 519- 2014 standards. In this study, only using a filter tuned to the 3rd order, and based on the simulation results, it meets the IEEE 519-2014 standard, which is 1.11%.”The results of the design and testing of”tools (filters) show that they do not meet the IEEE 519-2014 standards, namely 11.59%.
设计被动滤波器来还原节能灯泡(LHE)和光电排放(LED)的总谐波扭曲(THD)
针对节能灯(LHE)和发光二极管(LED)中电流总谐波失真(THDi)不符合标准的问题,设计了一种用于节能灯(LHE)和LED (LED)的无源滤波系统。为了降低电流THD,可以通过安装单调谐无源滤波器来实现。在本文中,我们讨论了“a”无源滤波器系统的设计,采用Matlab Simulink进行滤波器设计,以确定滤波器设计中各部件的尺寸。为了降低电流谐波水平,设计了一种单调谐无源滤波器,该滤波器由LHE和LED上的电感和电容(LC)组成。根据已经开展的研究“数据”,“使用滤波器后灯负载测试的THDi测量结果,LED电路为49.12%,LHE电路为41.86%,LED与LHE组合电路为11.59%。”根据每次“测量”的结果可以看出,没有一个符合IEEE 519- 2014标准。在本研究中,仅使用调至三阶的滤波器,并且根据仿真结果,它符合IEEE 519-2014标准,即1.11%。”“工具”(滤波器)的设计和测试结果表明,不符合IEEE 519-2014标准的比例为11.59%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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