A comparative study of various MRAS-based IM's rotor resistance adaptation methods

A comparative study of various MRAS-based IM's rotor resistance adaptation methods

Three simple methods for rotor resistance identification in sensorless indirect field-oriented control of an induction motor drive are presented and compared. Two of the three techniques namely, electromagnetic torque equation, and reactive power are based on the generalization of existing methods....

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Hauptverfasser: Dehbozorgi, M. R., Kojabadi, H. M., Vahedi, H., Al-Haddad, K.
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Sprache:eng
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Computational modeling
Inverters
Regulators
Rotors
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Kojabadi, H. M.
Vahedi, H.
Al-Haddad, K.
description Three simple methods for rotor resistance identification in sensorless indirect field-oriented control of an induction motor drive are presented and compared. Two of the three techniques namely, electromagnetic torque equation, and reactive power are based on the generalization of existing methods. Authors propose the thired method, namely, active power equation which is an improvement over the existing schemes. Although all three schemes estimate the rotor resistance effectively, the proposed technique is superior to others in providing faster estimation approach. The proposed method will be analyzed along with other previously proposed MRAS based methods, and the advantage and limitations of each will be discovered. Simulation results of all three methods will be provided for comparison.
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subjects Computational modeling
Inverters
Regulators
Rotors
title A comparative study of various MRAS-based IM's rotor resistance adaptation methods
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