Abstract
Abstract: The global focus on sustainable transportation has led to the emergence of retrofitting existing conventional bikes as a practical strategy to transition from traditional combustion engine vehicles to environmentally friendly alternatives. This research delves into the conceptualization, design, and implementation of retrofitting technologies aimed at enhancing the performance, efficiency, and environmental impact of conventional bikes. In the age of Technological Advancement, Innovations, and Development, the Electric Mobility trend has captured the attention of all industries. Electric vehicles are poised to revolutionize the automotive sector. Renowned industries are prioritizing electrification over conventional propulsion methods. In the near future, IC vehicles are expected to be eclipsed by their electric counterparts. This project aims to address the issue of public transportation by providing a cost-effective and eco-friendly alternative to existing vehicles. The proposed design involves replacing the entire drivetrain with a pure electric power source, necessitating modifications to the OEM Bike. This project boasts cost-effectiveness, lightweight construction, interchangeability, and complete Eco friendliness, significantly reducing the use of hazardous substances that could lead to accidents or fatalities. Furthermore, the study examines the environmental benefits of retrofitting, considering the life cycle analysis of modified bikes and their potential contribution to greenhouse gas emission reduction.
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