DESAIN DAN SIMULASI FILTER AKTIF SHUNT MULTILEVEL INVERTER UNTUK KOMPENSASI HARMONISA AKIBAT PENGGUNAAN BEBAN NON LINEAR
| Main Author: | Zuldiag Solih Afin, M |
|---|---|
| Format: | Thesis NonPeerReviewed Book |
| Bahasa: | ind |
| Terbitan: |
, 2015
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| Subjects: | |
| Online Access: |
https://eprints.untirta.ac.id/11613/1/DESAIN%20FILTER%20AKTIF%20SHUNT%20MULTILEVEL%20INVERTER%20UNTUK%20KOMPENSASI%20HARMONISA%20AKIBAT%20PENGGUNAAN%20BEBAN%20NON%20LINEAR.pdf https://eprints.untirta.ac.id/11613/ https://ft.untirta.ac.id |
Daftar Isi:
- Non-linear load devices are now widely used in industry sector and in the household. The using of this non linear loads are in operation cause problems in electrical systems that produce harmonics which can interfere the power quality in electrical system. One of the solution to reduce the level of harmonic distortion is the installation of a shunt active filter multilevel inverter. In this paper has been designed shunt active filter multilevel inverter three levels modeling as the effort to reduce Total Harmonic Distortion (THD) in the electrical system. MATLAB Simulink R2009a software used to make modeling and simulation. THDi before installation of shunt active filter on phase R=45.09%, phase S=73.77%, and phase T=54.66%. installation of shunt active filter multilevel inverter H-Bridge using a three-level IGBT switching components can reduce THDi to be on phase R=1.78%, phase S=0.93% , and phase T=0.88% , and by using switching component in the form of ideal switch THDi on phase R=1.78%, phase S=0.93%, and phase T=0.91%. System with the installation of a shunt active filter diode clamped multilevel inverter using a three-level IGBT components can reduce THDi phase R=0.98%, phase S=0.37%, and phas T=0.63%, and by using switching ideal switch phase R=2%, phase S=0.82%, and phase T=1.09%. From the simulation results that have made the installation of a shunt active filter is able to reduce the THDi system in accordance with the THD levels permitted by the IEEE standard 519-1992. Keywords : Harmonics, THD current, Shunt Active Filter, Multilevel Inverter