Other language title :
كاربرد روش تحليل سلسله مراتبي در اولويت بندي نيروگاه هاي با انرژي هاي تجديد پذير ايران - مطالعه موردي
Title of article :
Hierarchical Analysis Method Application in Prioritization of Power Plant with Renewable Energy in Iran-case study
Author/Authors :
Lajevardi, M Department of Industrial Engineering - Islamic Azad University of Najaf Abad, Isfahan , ZanjaniGhayur, S A Esfahan regional electricity company - office of Strategic Management and Productivity, Esfahan
Issue Information :
فصلنامه با شماره پیاپی سال 2014
Abstract :
With regard to the importance of scientific decision-making in power plants prioritization to produce
electrical energy (power) from renewable energies (purified), in this paper, research with specialists
opinions with respond to questionnaires provided upon three efficient operational criterion in position
of three presented power plant in country which used wind, solar water energies for producing energy,
and using group hierarchical analysis multi-criteria decision-making method (AHP), options
prioritization performed Achieved results indicates this fact that among three presented criteria,
environmental issues are the most important criteria and standards of maintenance costs and also initial
investment cost per Kw/h produced electricity (power), in order of importance, are in second place and
one the other hand, among three presented power plant in Iran which used renewable energies (new)
for producing power, wind power plant placed in first priority and then solar and electrical power plantswater
are in the second placed.
Farsi abstract :
با توجه به اهميت تصميم گيري علمي، در اين مقاله پژوهشي با استفاده از نظرات متخصصين با پاسخگويي به پرسشنامه هاي تهيه شده بر مبناي سه معيار عملكردي مؤثر در وضعيت سه نوع نيروگاه راه اندازي شده در كشور با انرژي هاي تجديد پذير براي توليد برق پاك ، الويت بندي گزينه ها توسط روش AHP گروهي انجام يافت و نيروگاه هاي بادي در اولويت اول و نيروگاه هاي خورشيدي و برق آبي در رتبه هاي بعدي قرار گرفتند.
Keywords :
Decision Making , Hierarchical Analysis , Renewable , Power
Journal title :
Astroparticle Physics