Experimental Study and Optimization of an Electric Two-wheeler Powertrain using a 3-phase Induction Motor |
Author(s): |
| Ansh Tak , Sal Institute of Technology and Engineering Research; Shivom Makwana, Sal Institute of Technology and Engineering Research; Prof. Manish Patel, Sal Institute of Technology and Engineering Research; Prof. Riddhesh Yagnik, Sal Institute of Technology and Engineering Research |
Keywords: |
| Electric Two-wheeler, Battery Powered Bike, Asynchronous Motor, Electric Powertrain, 3-Phase AC Drive |
Abstract |
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With the advent of global warming and rapid incentivization of electric vehicles being manufactured, research on new and efficient models of the same becomes highly imperative to offer innovative solutions to fundamental issues that limit the market penetration. The current Indian E2W (Electric Two-wheeler) segment utilizes limited motor technologies pertaining to the need of permanent magnets. Our project aims to reduce this need by utilizing the Asynchronous AC motor and respective drive system for its proven advantages. After the experimental study we aim to optimize this solution after analyzing the results and using Genetic Algorithm and Torque control techniques. The study proves the hypothesis of a more efficient and cost friendly alternative for an E2W powertrain. |
Other Details |
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Paper ID: IJSRDV12I20159 Published in: Volume : 12, Issue : 2 Publication Date: 01/05/2024 Page(s): 89-95 |
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