Paper Key : IRJ************816
Author: M.k.ajith Kumar,K.k.balakumar,V.s.dhanushkumar,Dr.m.ganesh Kumari
Date Published: 01 Apr 2025
Abstract
Hybrid Electric Bikes (HEBs) require efficient power conversion to ensure stable voltage regulation, optimal battery utilization, and enhanced performance. This paper presents the design and implementation of a Buck Converter, which steps down the battery voltage to match the motor's operational requirements while minimizing energy losses. The proposed system integrates a digital monitoring system for real-time voltage tracking, enhancing operational efficiency, reliability, and safety. By ensuring stable voltage regulation, the converter prevents fluctuations that could impact motor performance and battery health. The digital interface provides continuous voltage monitoring, enabling early fault detection and preventive maintenance, thus improving the overall longevity of the system. The optimized power conversion topology enhances energy efficiency, extending the bikes operational range and making it more suitable for practical applications. With an emphasis on improved energy management and sustainability, this design contributes to the advancement of Hybrid Electric Bike technology, ensuring a more reliable and eco-friendly transportation solution for the future.
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