Electrical and Computer Engineering
Renewable Energy and Electrical Machinary Lab.
Babol University of Technology
Despite of more advantages of Matrix converters (MC) over standards voltage source inverters (VSIs), such as lack of dc-bulk capacitors and more degrees of freedom, in the literatures direct torque control (DTC) of five-phase permanent magnet synchronous motors (PMSMs) has been done using VSIs. MCs inherently generate higher number of output voltage vectors in comparison with conventional VSIs. Therefore in a DTC method using MC, besides the torque and flux control, another variable can be controlled. This research proposes a new direct torque control of five-phase permanent magnet synchronous motors using a three-phase to five-phase MC under the constraint of unity input power factor. All of the output voltage vectors of MC are extracted and a new switching table is presented. In fact, in this presented method, the advantages of MCs and DTC are combined.
2009-present Work as an Engineer in a Design and Installation of an Electrical Domestic Installation Company
2008-2010 Work as an Engineer in a Design and Installation of an Electrical Power Substation Company
2009 Ranked Top 2% in Nation Wide M.Sc. Entrance Examination
2004 Ranked Top 1% in Nation Wide B.Sc. Entrance Examination

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Arjang Yousefi-Talouki
Arjang Yousefi-Talouki