Improving Efficiency and Reliability of Protection System of Tarbela Power Station

Protective relaying system plays a vital role in ensuring the proper and smooth functioning of the Power plant. As the generator is the most expensive part of the plant that’s why the provision of a healthy protection system is must. Protection system guarantees the reliability and safe operation of...

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Main Authors: Nawaz Muddasar, Zulfiqar Farhan, Bilal Mohammad, Khan Akif Zia
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20165404003
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spelling doaj-1340d4a3a56547749f9403b42d3b8e4c2021-08-11T14:29:26ZengEDP SciencesMATEC Web of Conferences2261-236X2016-01-01540400310.1051/matecconf/20165404003matecconf_mimt2016_04003Improving Efficiency and Reliability of Protection System of Tarbela Power StationNawaz Muddasar0Zulfiqar Farhan1Bilal Mohammad2Khan Akif Zia3Student of Centre of Energy system NUST UniversityLecturer in Centre of Energy System NUST UniversityLecturer in Centre of Energy System NUST UniversityLecturer in Centre of Energy System NUST UniversityProtective relaying system plays a vital role in ensuring the proper and smooth functioning of the Power plant. As the generator is the most expensive part of the plant that’s why the provision of a healthy protection system is must. Protection system guarantees the reliability and safe operation of the plant and is called the brain of the power system. Tarbela is the largest power plant of Pakistan and considered as a back bone of power system of Pakistan. In this paper, the generator protective relay of Tarbela power plant is tested and their results are presented. All the protective relays of Tarbela Power Plant are of electromechanical types which were manufactured in 1970-80. Setting, calculation and test result of these relays were then analyzed and recommendation is made for improving the reliability of the protection system of the said plant. Features of new numerical relays and comparison with the installed relays are also presented and finally the description of upgradation/retrofitting of installed electromechanical relay are discussed for smooth transition to new technology.http://dx.doi.org/10.1051/matecconf/20165404003
collection DOAJ
language English
format Article
sources DOAJ
author Nawaz Muddasar
Zulfiqar Farhan
Bilal Mohammad
Khan Akif Zia
spellingShingle Nawaz Muddasar
Zulfiqar Farhan
Bilal Mohammad
Khan Akif Zia
Improving Efficiency and Reliability of Protection System of Tarbela Power Station
MATEC Web of Conferences
author_facet Nawaz Muddasar
Zulfiqar Farhan
Bilal Mohammad
Khan Akif Zia
author_sort Nawaz Muddasar
title Improving Efficiency and Reliability of Protection System of Tarbela Power Station
title_short Improving Efficiency and Reliability of Protection System of Tarbela Power Station
title_full Improving Efficiency and Reliability of Protection System of Tarbela Power Station
title_fullStr Improving Efficiency and Reliability of Protection System of Tarbela Power Station
title_full_unstemmed Improving Efficiency and Reliability of Protection System of Tarbela Power Station
title_sort improving efficiency and reliability of protection system of tarbela power station
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2016-01-01
description Protective relaying system plays a vital role in ensuring the proper and smooth functioning of the Power plant. As the generator is the most expensive part of the plant that’s why the provision of a healthy protection system is must. Protection system guarantees the reliability and safe operation of the plant and is called the brain of the power system. Tarbela is the largest power plant of Pakistan and considered as a back bone of power system of Pakistan. In this paper, the generator protective relay of Tarbela power plant is tested and their results are presented. All the protective relays of Tarbela Power Plant are of electromechanical types which were manufactured in 1970-80. Setting, calculation and test result of these relays were then analyzed and recommendation is made for improving the reliability of the protection system of the said plant. Features of new numerical relays and comparison with the installed relays are also presented and finally the description of upgradation/retrofitting of installed electromechanical relay are discussed for smooth transition to new technology.
url http://dx.doi.org/10.1051/matecconf/20165404003
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