Author:
Sundaramoorthy Prabhu,M. Balaji,K. Suresh,Natesan Ezhilventhan,K. Mohan
Abstract
Purpose
The main purpose of this research is to investigate finite-element analysis (FEA) on flux reversal-free stator switched reluctance motor (FRFSSRM) for industrial applications. The vibration analysis for an electrical machine is essential because of the acoustic noises. The acoustic noises originate by coincidence of natural frequencies of motor with the vibration frequencies.
Design/methodology/approach
The identification with the performance for FRFSRM by torque ripple, vibration. The vibration of the machine is because of unbalanced electromagnetic forces. The mutual coupled winding and a common pole between two adjacent exciting poles reduce these unbalanced forces.
Findings
The accelerometer is used to monitor the vibration amplitude in transient mode. A comparison study shows that the vibration is less in the E-core SRM than in the conventional flux reversal SRM.
Originality/value
The shorter flux path reduces the torque ripple and vibration content in SRM. This research article mainly focuses on the parameters such as vibration and torque ripple. The vibration of FRFSRM is identified by accelerometer; ANSYS Package predicts the simulation of the vibration measurement. The dynamic behaviors of this E-core SRM model with rated conditions the vibration had predicted.
Subject
Electrical and Electronic Engineering,Industrial and Manufacturing Engineering
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4. Acoustic noise and vibration reduction of SRM by elimination of third harmonic component in sum of radial forces;IEEE Transactions on Energy Conversion,2015
5. Radial force density analysis of switched reluctance machines: the source of acoustic noise;IEEE Transactions on Transportation Electrification,2019
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