DESIGN & IMPLEMENTATION OF AN IMPROVED BATTERY CHARGER FOR TWO-WHEELER ELECTRIC VEHICLE DESIGN & IMPLEMENTATION OF AN IMPROVED BATTERY CHARGER FOR TWO-WHEELER ELECTRIC VEHICLE

Abstract

With the accelerating global transition towards electric mobility, the necessity for efficient and accessible improved fast charging infrastructure is becoming increasingly imperative. This paper addresses the critical requirement for improved fast charging solutions tailored specifically for two-wheeler electric vehicles (EVs). It illuminates the limitations inherent in conventional charging systems, including concerns regarding efficiency and weight, thereby emphasizing the urgency for innovative solutions. Leveraging insights from the dynamic landscape of EV adoption, this research introduces a pioneering charger design that integrates advanced ferrite core transformers. Through meticulous comparative analysis with traditional chargers, our prototype showcases a remarkable increase in operational efficiency, surpassing the threshold of 90%. Furthermore, the proposed charger offers substantial reductions in weight, significantly enhancing its portability and usability, which are crucial factors for two-wheeler EV users. By harnessing cutting-edge charging technology, this study not only addresses the immediate challenges but also contributes significantly to the evolution of electric vehicle ecosystems. The optimized charger design introduced in this research lays a solid foundation for sustainable transportation solutions, particularly tailored for urban environments where two-wheeler EVs play a pivotal role in alleviating congestion and emissions. This research underscores the potential of technological innovation in fostering the widespread adoption of electric vehicles, thereby paving the way for a greener and more sustainable future