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MODELING AND SIMULATION OF INDUCTION MOTOR DRIVE UNDER INVERTER FAULT OPERATIONS
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| Author(s) |
N. Retiere; L. Gerbaud; P.J. Chrzan; D. Roye; P. Mannevy |
| Abstract |
The study of inverter fault operations of a voltage source inverter induction motor
drive is of first importance to improve the system reliability or to propose diagnosis strategies.
Hence, a systematic and detailed analysis of the inverter fault modes is necessary in
simulation. The issues of modeling and simulation of the drive under faulty operations are
emphasized in this paper. A modeling and simulation package called GENTIANE is then
presented. This package provides an automated model building and fast simulations. The
modeling and the simulation of a 1.5 MW induction motor drive are presented and some
results of inverter fault simulation are discussed. An experimental validation is finally carried
out for a 2.2 kW industrial drive. |
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| Filename: | Unnamed file |
| Filesize: | 544.1 KB |
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| Type |
Members Only |
| Date |
Last modified 2016-03-30 by System |
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