New approach to sensorless control of three-phase induction motor with parameters estimation

Research output: Contribution to journalArticle

Abstract

The main problem during realization of nonlinear control systems of induction motor is the identification of not available, for direct measurement, state variables. Other major problem is the estimation of motor parameters. In this paper the proposed systems control of induction motor gives the possibility to solve several problems which faced the using of nonlinear control idea. It has been used multiscalar model to sensorless control of induction motor with parameters estimation. Such control system with on line rotor resistance and inductance estimation is presented. The calculation of other parameters like stator resistance and mutual inductance is also discussed. In presented paper nonlinear steady state relationships between active and reactive powers and multiscalar model variables are used instead of the full state observer. Simulation results in real time are shown.

Original languageEnglish
Pages (from-to)9-22
Number of pages14
JournalModelling, measurement and control. A, general physics, electronics, electrical engineering
Volume73
Issue number1-2
Publication statusPublished - 2000
Externally publishedYes

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Sensorless Control
induction motors
Induction Motor
Induction motors
Parameter estimation
Parameter Estimation
Inductance
Control systems
Nonlinear control systems
Nonlinear Control Systems
State Observer
inductance
Nonlinear Control
Reactive power
Rotor
Stators
Identification (control systems)
Rotors
Control System
stators

ASJC Scopus subject areas

  • Engineering(all)

Cite this

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abstract = "The main problem during realization of nonlinear control systems of induction motor is the identification of not available, for direct measurement, state variables. Other major problem is the estimation of motor parameters. In this paper the proposed systems control of induction motor gives the possibility to solve several problems which faced the using of nonlinear control idea. It has been used multiscalar model to sensorless control of induction motor with parameters estimation. Such control system with on line rotor resistance and inductance estimation is presented. The calculation of other parameters like stator resistance and mutual inductance is also discussed. In presented paper nonlinear steady state relationships between active and reactive powers and multiscalar model variables are used instead of the full state observer. Simulation results in real time are shown.",
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AB - The main problem during realization of nonlinear control systems of induction motor is the identification of not available, for direct measurement, state variables. Other major problem is the estimation of motor parameters. In this paper the proposed systems control of induction motor gives the possibility to solve several problems which faced the using of nonlinear control idea. It has been used multiscalar model to sensorless control of induction motor with parameters estimation. Such control system with on line rotor resistance and inductance estimation is presented. The calculation of other parameters like stator resistance and mutual inductance is also discussed. In presented paper nonlinear steady state relationships between active and reactive powers and multiscalar model variables are used instead of the full state observer. Simulation results in real time are shown.

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