Design and development of EV bike up to 1.5 kW

Abstract

As we step into a new era, marked by environmental consciousness and a collective effort towards sustainable practices, the need for eco-friendly transportation solutions has become more pronounced than ever. The repercussions of fossil fuel usage on global warming have prompted a global call to action, leading to the formulation of sustainable development goals by institutions such as the United Nations General Assembly. In response to the pressing need for cleaner modes of transportation, the 21st century has witnessed a transformative revolution in the transport sector, primarily driven by the advent of Electric Vehicles (EVs) technology. This paradigm shift has garnered widespread attention and support from governments worldwide, with major automotive players vying for dominance in the burgeoning EV market. One notable manifestation of this shift is the surge in Electric Bicycles (E-bikes) propelled by electric propulsion systems. Addressing this gap, our project endeavors to provide an affordable and versatile solution through the "Electric Bicycle Conversion Kit." This innovative kit empowers users to convert their standard bicycles into electric ones seamlessly and within minutes. Comprising essential components such as a brushless DC motor (BLDC), a lithium-ion battery pack with a battery management system, and a motor controller, all conveniently packed into a single kit, our solution offers a streamlined and user-friendly approach. Unlike conventional E-bikes where components are integrated into separate parts of the bicycle, our conversion kit consolidates everything in one place. In essence, our project signifies a significant stride towards sustainable and accessible transportation, aligning with the global push for reduced dependence on fossil fuels. Through the democratization of electric mobility, We aim to contribute to a future where eco-conscious transportation is not only a choice but an accessible and cost-effective reality for a diverse range of users.