"ATP simulation of transient behaviour of single-phase capacitor-run induction motor fed by a bidirectional converter."

"ATP simulation of transient behaviour of single-phase capacitor-run induction motor fed by a bidirectional converter." Copyright - [Précédente] [Première page] [Suivante] - Home

Référence : [99ART013]

Titre : ATP simulation of transient behaviour of single-phase capacitor-run induction motor fed by a bidirectional converter.

Authors : Badarou, R.; Boussak, M.; Capolino, G.A. (Dept. of Power Electron. & Associate Syst., Mediterranean Inst. of Technol., Marseille, France)

Publication_Source :
18th EMTP Users Group Meeting ProceedingsMarseille, France: Inst. Mediterraneen
Technol, 1990. p.M6/1-10 of 238 pp. 19 refs.Conference: Marseille, France, 28-29 May
1990Sponsor(s): Conseil Regional Provence-Alpes-Cote d'Azur
Document Type
Conference Article
7 Session Transcript Apr 06 17:06:09 1999
Treatment Code
Theoretical
Country of Publication
France
Language
English
Abstract :
The single-phase capacitor-run induction motor is widely used for the household appliances
and in small industrial applications. However, the unsymmetrical structure of the
motor yields a complex state equation for the simulation of its transient behaviour. In this
paper, the authors present a simple model simulation of a single-phase capacitor-run
induction motor, firstly when it is directly fed by a sinusoidal supply and secondly when it is
fed by a bidirectional converter. The simulation was achieved by some modifications to the
Universal Machine (UM) model of the Electro Magnetic Transient Program. With the model,
the authors analyse the transient and the steady state behaviour of the motor in order to know
how to control both the speed and stator current of the machine. The results of the simulation
are compared with experimental data to show the accuracy of the model.

Accession_Number : 90:3742931

INSPEC : Numéro de réponse 11

Cité dans : [DIV152]  Recherche sur les mots clés : UNIVERSAL MOTOR + SINGLE PHASE

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