Abstract
Heat generation that affects the ’performance and lifespan of the motor's, are the primary problem with asynchronous motors. These entities are primarily the result of inadequate electrical motor insulation, which can be avoided by utilizing enamel-filled Nano filler insulation. It has been demonstrated over the past few decades that including a Nano filler to enamel utilized in induction motors has improved its characteristics. This study investigates the performance of asynchronous motor coated with Nano filler consisting of Al2O3 and Zn O along with enamel. The motor's efficiency, power factor, torque, and other parameters are analysed before and after the Nano coat. The findings demonstrated that the Nano coating technology significantly improved the motor's efficiency, power factor, and torque, indicating a reduction in energy losses due to friction and heat. The study suggests that the use of hybrid Nano filler can be a valuable investment for industrial applications that require high reliability and efficiency.
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