MATHEMATICAL DRIVING MODEL OF THREE PHASE INDUCTION MOTORS IN STATIONARY COORDINATE FRAME

Electrical

Authors

  • Ahmed Ibrahim jaber Collage of Engineering, Elect. Power & Machines department, University of Diyala

Keywords:

Induction motor, coordinate (α–β), MATLAB/ SIMULINK;, stationary system, matrix form

Abstract

In this paper mathematical analysis for a design three-phase induction motor. Three phase AC induction motors is popular in manufacturing for many reasons. It is quite simple and minimum costs are favorable. It does not have brushes and requires minimum maintenance. In this paper a mathematical development to three-phase AC induction motor by using matrix form. The development applying on model of a real drive of 1.1 kW motor has been achieved. To analysis the axis, three-phase coordinate (A, B, C) to a two axis (β - α) as a (stationary part) representation. Through this drive conversion torque and speed can be controlled easily and control optimization induction motors. MATLAB/ SIMULINK is used to simulate the model of (IM) as tool and for study of characteristics of the motor.

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Published

2015-12-01

How to Cite

[1]
Ahmed Ibrahim jaber, “MATHEMATICAL DRIVING MODEL OF THREE PHASE INDUCTION MOTORS IN STATIONARY COORDINATE FRAME: Electrical”, DJES, pp. 255–265, Dec. 2015.

Issue

2015: Diyala Journal of Engineering Sciences, Conference Articles

Section

Conferance Articles
Copyright & Licensing

Copyright (c) 2015 Ahmed Ibrahim jaber

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.