Affiliation:
1. "University POLITEHNICA of Bucharest Faculty of Electrical Engineering"
2. Northern Alberta Institute of Technology, Edmonton, Canada
Abstract
The three-phase induction machine mathematical model presented in the paper, is adequate for applying to the deep rotor bars case. The rotor resistance R’r(r), respectively its leakage inductivity L’r(r), depend upon the rotor currents’ frequency fr because of the skin effect. Following the previous considerations, one developed slip dependent analytical expressions of the rotor circuit resistance R’r(s), respectively rotor circuit leakage reactance L’r (s). A modified space phasor based mathematical model of the deep bar induction motor is tested through simulations to assess the motor’s characteristics. The results are in accordance with the literature.
Publisher
Universitatea Politechnica din Bucuresti
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