Design of Battery Powered Electric Vehicle for Sustainable Mobility with Environmental Impact using Intelligent Control and Autonomous Systems

The need for environmental protection and energy conservation in the twenty-first century has highlighted the urgency of advancing Electric Vehicle (EV) technology. This research study contributes to this trajectory by introducing a novel foot-controlled steering system for electric skateboards, aiming to enhance vehicle control while promoting sustainable transportation practices. This study proposes the conceptualization and design of the electric skateboard utilizing Computer-Aided Design (CAD) tools, followed by the development of simulation models to validate its performance across diverse road conditions. Comprehensive equipment and cost analysis are then conducted to assess the feasibility and economic viability of the proposed model. Furthermore, the research study includes the manufacturing process, encompassing the assembly of skateboards, integration of electric motor drives, and the design of in-built controllers to facilitate seamless operation. Notably, this study focuses on refining the design to optimize performance for off-road usage, thereby expanding the utility and versatility of the electric skateboard. By integrating innovative engineering solutions with sustainability principles, this study not only contributes to the advancement of electric vehicle technology but also advances the realization of efficient and intelligent transportation systems, aligning with the requirements of contemporary environmental stewardship and economic development.