Analisa Harmonisa dan Simulasi Filter Pasif pada Kawat Netral BTS di Gedung Prodi Teknik Mesin Fakultas Teknik Universitas Kristen Indonesia Jakarta
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Institusion
Universitas Kristen Indonesia
Author
Malau, Jekson Supardi
Subject
TECHNOLOGY
Datestamp
2023-12-11 03:47:56
Abstract :
Penelitian ini dilakukan terhadap BTS di Gedung Program Studi Teknik Mesin Fakultas Teknik UKI, Jakarta dengan tujuan untuk mengetahui harmonisa pada kawat netral BTS yang mencakup tingkat distorsi tegangan dan arus akibat pemakaian komponen listrik yang bersifat nonlinier pada BTS. Dalam penelitian ini, standar yang digunakan sebagai acuan, adalah standar IEEE 519-2014. Berdasarkan hasil penelitian yang dilakukan, ditemukan bahwa Total Harmonic Distortion Current (THDi) pada BTS sebesar 224,72% dan tidak memenuhi standar. Arus harmonisa dominan yaitu orde ke-3 dengan THDi 219,02% dan orde ke-9 dengan THDi 47,56% yang melebihi batas standar IEEE 519-2014. Dan Total Harmonic Distortion Voltage (THDv) 1,59% dan memenuhi standar. Hasil simulasi filter pasif single tuned LC mampu mereduksi tingkat THDi arus yang mengalir pada BTS sebesar 217,66% dengan menggunakan software Matlab/Simulink. Arus yang mengalir pada kawat netral berdasarkan pengukuran sebesar 1,1 ampere dengan nilai THDi 224,72%, dan setelah difilter, THDi turun menjadi 7,06%, namun masih belum memenuhi standar. Arus harmonisa dominan yang mengalir pada kawat netral adalah orde ke-3 dengan THDi 219,02% dan orde ke-9 dengan THDi 47,56%, yang melebihi batas standar dan THDv keseluruhan sebesar 1,59%. Kata Kunci: Arus Netral, Base Transceiver Station, Filter, Harmonisa, Matlab. / This research was conducted on BTS in the Mechanical Engineering Study Program Building, Faculty of Engineering, UKI, Jakarta with the aim of knowing the harmonics on the neutral wire of BTS which includes the level of voltage and current distortion due to the use of non-linear electrical components in BTS. In this study, the standard used as a reference is the IEEE 519-2014 standard. Based on the results of the research conducted, it was found that the Total Harmonic Distortion Current (THDi) at BTS was 224.72% and did not meet the standards. The dominant harmonic currents are 3rd order with 219.02% THDi and 9th order with 47.56% THDi which exceed the IEEE 519-2014 standard limits. And Total Harmonic Distortion Voltage (THDv) is 1.59% and meets the standard. The simulation results of a single tuned LC passive filter can reduce the THDi level of the current flowing in the BTS by 217.66% using Matlab/Simulink software. The current flowing in the neutral wire is based on a measurement of 1.1 amperes with a THDi value of 224.72%, and after being filtered, the THDi drops to 7.06%, but still does not meet the standard. The dominant harmonic currents flowing in the neutral wire are 3rd order with 219.02% THDi and 9th order with 47.56% THDi, which exceed the standard limit and 1.59% overall THDv. Keywords: Neutral Current, Base Transceiver Station, Filter, Harmonics, Matlab
Penelitian ini dilakukan terhadap BTS di Gedung Program Studi Teknik Mesin Fakultas Teknik UKI, Jakarta dengan tujuan untuk mengetahui harmonisa pada kawat netral BTS yang mencakup tingkat distorsi tegangan dan arus akibat pemakaian komponen listrik yang bersifat nonlinier pada BTS. Dalam penelitian ini, standar yang digunakan sebagai acuan, adalah standar IEEE 519-2014. Berdasarkan hasil penelitian yang dilakukan, ditemukan bahwa Total Harmonic Distortion Current (THDi) pada BTS sebesar 224,72% dan tidak memenuhi standar. Arus harmonisa dominan yaitu orde ke-3 dengan THDi 219,02% dan orde ke-9 dengan THDi 47,56% yang melebihi batas standar IEEE 519-2014. Dan Total Harmonic Distortion Voltage (THDv) 1,59% dan memenuhi standar. Hasil simulasi filter pasif single tuned LC mampu mereduksi tingkat THDi arus yang mengalir pada BTS sebesar 217,66% dengan menggunakan software Matlab/Simulink. Arus yang mengalir pada kawat netral berdasarkan pengukuran sebesar 1,1 ampere dengan nilai THDi 224,72%, dan setelah difilter, THDi turun menjadi 7,06%, namun masih belum memenuhi standar. Arus harmonisa dominan yang mengalir pada kawat netral adalah orde ke-3 dengan THDi 219,02% dan orde ke-9 dengan THDi 47,56%, yang melebihi batas standar dan THDv keseluruhan sebesar 1,59%. Kata Kunci: Arus Netral, Base Transceiver Station, Filter, Harmonisa, Matlab. / This research was conducted on BTS in the Mechanical Engineering Study Program Building, Faculty of Engineering, UKI, Jakarta with the aim of knowing the harmonics on the neutral wire of BTS which includes the level of voltage and current distortion due to the use of non-linear electrical components in BTS. In this study, the standard used as a reference is the IEEE 519-2014 standard. Based on the results of the research conducted, it was found that the Total Harmonic Distortion Current (THDi) at BTS was 224.72% and did not meet the standards. The dominant harmonic currents are 3rd order with 219.02% THDi and 9th order with 47.56% THDi which exceed the IEEE 519-2014 standard limits. And Total Harmonic Distortion Voltage (THDv) is 1.59% and meets the standard. The simulation results of a single tuned LC passive filter can reduce the THDi level of the current flowing in the BTS by 217.66% using Matlab/Simulink software. The current flowing in the neutral wire is based on a measurement of 1.1 amperes with a THDi value of 224.72%, and after being filtered, the THDi drops to 7.06%, but still does not meet the standard. The dominant harmonic currents flowing in the neutral wire are 3rd order with 219.02% THDi and 9th order with 47.56% THDi, which exceed the standard limit and 1.59% overall THDv. Keywords: Neutral Current, Base Transceiver Station, Filter, Harmonics, Matlab
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