The influence of stator winding resistance imbalance of an induction motor: evaluation of phase current asymmetry

<ns0:p>Asymmetry of the active resistances of stator windings occurs in approximately 30% of repaired induction motors operating in power complexes of seaports, industrial enterprises, and ships. The resistance asymmetry causes current imbalance in the windings even under symmetrical supply voltage. In a non-symmetrical network, the asymmetry of active resistances can both increase and decrease the current asymmetry coefficient.The use of the Mathcad system enables the calculation of the current asymmetry coefficient depending on the deviation of the supply voltage, variation of stator winding resistances, load current, and supply frequency.</ns0:p>

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Publication Details

Journal
Energy and automation
Published
2025-11-02
DOI
https://doi.org/10.31548/energiya5(81).2025.153
Primary Topic
Electric Motor Design and Analysis
Type
article
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article

The influence of stator winding resistance imbalance of an induction motor: evaluation of phase current asymmetry

S. Prokopenko, V. Kryvonosov
Energy and automation
Electric Motor Design and Analysis
article

The influence of stator winding resistance imbalance of an induction motor: evaluation of phase current asymmetry

S. Prokopenko, V. Kryvonosov
article en

Abstract

<ns0:p>Asymmetry of the active resistances of stator windings occurs in approximately 30% of repaired induction motors operating in power complexes of seaports, industrial enterprises, and ships. The resistance asymmetry causes current imbalance in the windings even under symmetrical supply voltage. In a non-symmetrical network, the asymmetry of active resistances can both increase and decrease the current asymmetry coefficient.The use of the Mathcad system enables the calculation of the current asymmetry coefficient depending on the deviation of the supply voltage, variation of stator winding resistances, load current, and supply frequency.</ns0:p>

Energy and automation
Openalex Percentile: Top 38%
Electric Motor Design and Analysis
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