Electrical Engineering
school of Electrical Engineering was established 1928. It benefits from 57 well-experienced faculty members and is equipped with a complex of laboratories and workshops. The school offers study programs leading towards, undergraduate and postgraduate degrees with the current student population of over 560 B.SC, 510 M.Sc and 180 Ph.D. students.In 2006, the school was recognized by Irans Ministry of Science, Research and Technology as a Center of Excellence in Automation and Power Systems Applications. With help and cooperation of its well-renowned faculty,the school pioneered the first Iranian Electronic Research center and established a number of specialized research groups.
Research achievements within past four years:
publication of 482 ISI journal papers in highly accredited nationaland international engineering journals,
Presentation of approximately 1800 conference papers in scientific and engineering events,
Authorship and translation of 38 booktitles,
Recipient of distinguished national professorship awards on two occasions,
Recipient of five titles in highly prestigious national and international awards,
Acknowledged as center of Excellence for power System Automation and Opearation since 2005,
Conducting near 200 university - industrial contracts with a total budget of 114, 350,000,000Rials
Defence session
Transmission Expansion Planning in Deregulated Environment
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Abstract
Power systems include generation, transmission, and distribution to deliver electricity to the consumers. The study of power system is the main responsibility of experts in power system. Transmission Expansion Planning (TEP) is one part of network planning which its goal is to design the optimum transmission network in the horizon to reliably meet demands of system. Many algorithms in the area are presented for TEP. This paper proposes TEP in deregulated environment based on genetic algorithm considering AC power flow equations. Furthermore, the proposed method includes reactive power allocation by fixed and variable capacitor banks placement. The effectiveness of the suggested algorithm is studied based on 6-bus Garver as well as IEEE RTS 24-bus test systems and the results are analyzed.
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Ehsan daman afshan Supervisor: Dr.shayanfar
Advisory board members: Dr.Aameli,Dr.Jadid,M.Kazemi |
Date: Monday. 2009/10/26time:10
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