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ITS » Paper and Presentation » S1 Teknik Elektro
Posted by aprill@is.its.ac.id at 04/06/2015 18:05:08  •  891 Views


FILTER AKTIF SHUNT 3 PHASE BERBASIS ARTIFICIAL NEURAL NETWORK ANN UNTUK MENGKOMPENSASI HARMONISA PADA SISTEM DISTRIBUSI 220380 VOLT

SHUNT ACTIVE FILTER 3 PHASE BASED ON ARTIFICIAL NEURAL NETWORK ANN FOR HARMONIC COMPENSATED ON DISTRIBUTION POWER SYSTEM 220380 VOLT

Author :
WICAKSONO, ANDYKA BANGUN ( 2211105023 )




ABSTRAK

SHUNT ACTIVE FILTER 3 PHASE BASED ON ARTIFICIAL NEURAL NETWORK ANN FOR HARMONIC COMPENSATED ON DISTRIBUTION POWER SYSTEM 220380 VOLT Tugas akhir ini menyajikan filter aktif shunt 3 phasa berkapasitas 25KW untuk mengkompensasi harmonisa pada sistem distribusi 220380 Volt. Sistem kendali pada aktif filter tersebut diproses menggunakan PQ teori selanjutnya kinerja filter tersebut dibandingkan apabila menggunakan kompensator. Keluaran dari transformasi PQ tersebut diolah dalam 3 macam perlakuan tanpa kompensator menggunakan kompensator PI dan menggunakan kompensator artificial neural network ANN. Filter aktif shunt disimulasikan dengan menggunakan 3 macam beban nonlinier. Beban yang digunakan bervariasi yakni sebesar 13KW 20 KW dan 25KW. Hasil simulasi menunjukan bahwa kinerja Filter aktif shunt optimal pada saat beban penuh 25KW yaitu THD 6.51 tanpa kompensator 4.20 kompensator PI dan 3.12 kompensator ANN. Sedangkan pada saat beban rendah 13KW filter dengan ANN menunjukan hasil yang terbaik yaitu diperoleh arus THD sebesar 4.83 dibanding dengan tanpa kompensator 7.10 dan dengan kompensator PI sebesar 5.38. Sesuai IEEE Standard 519-1992 sebesar 5.


ABSTRACT

This research presents a shunt active filter 3 phase motors with 25KW to compensate for distortion in the distribution system 220380 volts. The system of control on active filters are processed using PQ theory that filter performance compared to the next when using compensator. The output of the transformation of the processed PQ in 3 kinds of treatment without compensator compensator using PI and using Artificial Neural Network compensator ANN. Shunt Active Filter is simulated by using 3 kinds of nonlinear loads. Weights used vary i.e. of 13KW 20 KWand 25KW. Simulation results show that optimal shunt Active Filter performance at full load 25KW 6.51 THD without compensator 4.20 PI compensator and 3.12 compensator ANN. While at low load filter with 13KW ANN showed the best results are gained by 4.83 current THD compared to without compensator 7.10 and with PI compensator of 5.38. IEEE Standard 519-1992 by 5.



KeywordsShunt Active Power Filter; ANN;THD
 
Subject:  Listrik filter reaktor listrik; Shunt Harmonic (gelombang listrik)
Contributor
  1. Prof.Ir.Mochamad Ashari,M.Eng.,Ph.D
  2. Ir. Arif Musthofa, MT
Date Create: 04/06/2015
Type: Text
Format: pdf
Language: Indonesian
Identifier: ITS-paper-22121150007443
Collection ID: 22121150007443
Call Number: RSE 621.381 532 4 Wic f


Source
Paper and Presentations, Electrical Engineering, RSE 621.381 532 4 Wic f, 2015

Coverage
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Rights
Copyright @2015 by ITS Library. This publication is protected by copyright and per obtained from the ITS Library prior to any prohibited reproduction, storage in a re transmission in any form or by any means, electronic, mechanical, photocopying, reco For information regarding permission(s), write to ITS Library




[ Download - Open Access ]

  1.  ITS-paper-37738-2211105023-paper.pdf - 526 KB
  2.  ITS-paper-37738-2211105023-presentation1.pdf - 2219 KB
  3.  ITS-paper-37738-2211105023-presentation2.pdf - 3155 KB
  4.  ITS-paper-37738-2211105023-presentation3.pdf - 3499 KB




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