1. State Space-Vector Model of Linear Induction Motors including End-Effects and Iron Losses Part I: Theoretical Analysis
- Author
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Accetta, Angelo(1), Cirrincione, Maurizio (2) Pucci, Marcello (1), Sferlazza Antonino (3), Accetta A., Cirrincione M., Pucci M., and Sferlazza A.
- Subjects
Computer science ,state model ,end-effects ,Nonlinear control ,Industrial and Manufacturing Engineering ,Magnetic flux ,End-effect ,Identification (information) ,Nonlinear system ,Perspective (geometry) ,Settore ING-INF/04 - Automatica ,Control and Systems Engineering ,Control theory ,Linear induction motor ,space vector ,State space ,linear induction motor (LIM) ,Minification ,Electrical and Electronic Engineering - Abstract
This is the first part of the article, divided into two parts, dealing with the definition of a space-vector dynamic model of the linear induction motor (LIM) taking into consideration both the dynamic end-effects and the iron losses and its offline identification. This first part specifically treats the theoretical formulation of this model, which has been expressed in a state form, so to be, in perspective, suitably adopted for developing novel nonlinear control techniques, nonlinear observers as well as electrical losses minimization techniques. Besides the formulation of the dynamic model in space-vector state form, a steady-state analysis is proposed, highlighting the combined effects of the dynamic end-effects and the iron losses on the main electrical quantities of the LIM.
- Published
- 2020
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