Mohammad Salay Naderi

Islamic Azad University North Tehran Branch, Electrical and Computer Engineering, Faculty Member

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Mohammad Salay Naderi (M’10-SM’11) received his B.Sc. in electric power engineering (1996) and M.Sc. (1998) in high voltage engineering from Sharif University of Technology in Tehran, Iran. In 2006, he finished his PhD at the same university which was on partial discharge monitoring and localization within power transformer based on modeling. He joined Energy Systems Research Group in the School of Electrical Engineering and Telecommunications at UNSW in 2004 as Visiting Research Associate and continued his research until late 2005. He worked with Iran Power Generation, Transmission and Distribution Management Company (Tavanir Holding Co.) as Deputy Director General of Technical Supervision Bureau of Transmission System from 2005 to 2010. In 2010 he joined the School of Electrical Engineering and Telecommunications at UNSW as Lecturer in Energy Systems Group. In 2013 he started his latest professional career as Senior High Voltage Testing and Commissioning Engineer. He is involved in advance testing and commissioning of power transformers and switchgear and also giving consultancy to Australian and International companies in areas including power products manufacturing, strategic relationship management with industry and academia to foster new business, science and commercial opportunities, high voltage engineering, condition monitoring of power equipment, sustainable energy systems analysis and development.Specialties: Power products manufacturing, Condition monitoring, High voltage systems, Distributed generation, Renewable energy sources, Smart grid, Sustainable energy systems, Transient analysis, Power Transformer, Partial discharge
Phone: +61 405 026 906
Address: PO Box 901
Kingsford NSW 2032 AUSTRALIA

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Advanced transformer winding deformation diagnosis: moving from off-line to on-line

IEEE Transactions on Dielectrics and Electrical Insulation, 2012

On-line monitoring and diagnosis of transformers have been investigated and discussed significant... more On-line monitoring and diagnosis of transformers have been investigated and discussed significantly in last decade. This study has concentrated on issues arising while on-line transformer winding deformation diagnosis is going to be applied on transformers with various kinds of techniques. From technical perspective, before replacing off-line methods by on-line methods and eventually by intelligent approaches, practical challenges must be addressed and overcome. Hence, available off-line transformer winding deformation diagnosis methods are discussed precisely. Mathematical calculation in on-line short circuit impedance measurement is investigated. On-line transformer transfer function measurement setup is presented. A profound insight to the problems pertaining on-line transformer winding deformation recognition methods, characterizes existing online methods, explains the concepts behind online measurements and striving to open the discussion doors towards challenges are discussed. In the end a 400 MVA step up transformer has been taken as a case in order to clarify the capability of Frequency Response Analysis (FRA) method in fault detection while short circuit impedance could only demonstrate some rough understanding about transformer condition.

Mohammad Salay Naderi

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