Power Flow Study of Untransposed Transmission Lines

This paper investigates the unbalanced three-phase power flow, mainly to know the voltage magnitude, current and power each bus and lines. Unbalanced three-phase system can be caused untransposed lines, unbalanced loads or both of them. In this case, unbalanced of three-phase system is done with ma...

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Main Authors: Pulungan, Ali Basrah, Hadi, Sasongko Pramono, Soedjatmiko, Soedjatmiko
Format: Conference or Workshop Item
Language:English
Published: 2007
Subjects:
Online Access:https://repository.ugm.ac.id/32771/1/38_-_Power_Flow_Study_of_Untransposed_Transmission_Lines.pdf
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author Pulungan, Ali Basrah
Hadi, Sasongko Pramono
Soedjatmiko, Soedjatmiko
author_facet Pulungan, Ali Basrah
Hadi, Sasongko Pramono
Soedjatmiko, Soedjatmiko
author_sort Pulungan, Ali Basrah
collection UGM
description This paper investigates the unbalanced three-phase power flow, mainly to know the voltage magnitude, current and power each bus and lines. Unbalanced three-phase system can be caused untransposed lines, unbalanced loads or both of them. In this case, unbalanced of three-phase system is done with making simulation in 14 bus system from IEEE : untransposed lines of balanced loads. This simulation is done with using EDSA software to do phase dependent power flow analysis. The result of unbalanced three-phase power flow simulation caused untransposed lines of balanced loads is showing the difference among voltage magnitude, current and power in each phase. The greatest unbalanced bus voltage percentage is 2.38%. The total percentage each current a, b and c in untransposed lines of balanced loads are 30.94%, 33.06%, 36.00%. The total percentage each active power a, b and c are 31.26%, 29.31% and 39.43% and the total percentage each reactive power a, b and c are 35.18%, 41.34% and 23.48%
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spelling oai:generic.eprints.org:327712014-04-29T08:48:55Z https://repository.ugm.ac.id/32771/ Power Flow Study of Untransposed Transmission Lines Pulungan, Ali Basrah Hadi, Sasongko Pramono Soedjatmiko, Soedjatmiko Makalah prosiding This paper investigates the unbalanced three-phase power flow, mainly to know the voltage magnitude, current and power each bus and lines. Unbalanced three-phase system can be caused untransposed lines, unbalanced loads or both of them. In this case, unbalanced of three-phase system is done with making simulation in 14 bus system from IEEE : untransposed lines of balanced loads. This simulation is done with using EDSA software to do phase dependent power flow analysis. The result of unbalanced three-phase power flow simulation caused untransposed lines of balanced loads is showing the difference among voltage magnitude, current and power in each phase. The greatest unbalanced bus voltage percentage is 2.38%. The total percentage each current a, b and c in untransposed lines of balanced loads are 30.94%, 33.06%, 36.00%. The total percentage each active power a, b and c are 31.26%, 29.31% and 39.43% and the total percentage each reactive power a, b and c are 35.18%, 41.34% and 23.48% 2007-06 Conference or Workshop Item PeerReviewed application/pdf en https://repository.ugm.ac.id/32771/1/38_-_Power_Flow_Study_of_Untransposed_Transmission_Lines.pdf Pulungan, Ali Basrah and Hadi, Sasongko Pramono and Soedjatmiko, Soedjatmiko (2007) Power Flow Study of Untransposed Transmission Lines. In: International Conference on Electrical Engineering and Informatics ICEEI 2009, 17 - 19 Juni 2007, Bandung, Indonesia.
spellingShingle Makalah prosiding
Pulungan, Ali Basrah
Hadi, Sasongko Pramono
Soedjatmiko, Soedjatmiko
Power Flow Study of Untransposed Transmission Lines
title Power Flow Study of Untransposed Transmission Lines
title_full Power Flow Study of Untransposed Transmission Lines
title_fullStr Power Flow Study of Untransposed Transmission Lines
title_full_unstemmed Power Flow Study of Untransposed Transmission Lines
title_short Power Flow Study of Untransposed Transmission Lines
title_sort power flow study of untransposed transmission lines
topic Makalah prosiding
url https://repository.ugm.ac.id/32771/1/38_-_Power_Flow_Study_of_Untransposed_Transmission_Lines.pdf
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