Electric drivetrain design for urban track system

Abstract

The increasing demand for sustainable urban transportation solutions has driven the development of innovative electric drive systems. This thesis focuses on designing an electric drivetrain for a new urban transport platform known as the Urban Transport Capsule. The primary objective is to develop an efficient, reliable, and cost-effective electric drive system that integrates advanced motor technologies, battery systems, and regenerative braking mechanisms. The project begins with a comprehensive analysis of current motor and battery technologies, followed by the selection of suitable components based on power requirements, energy efficiency, and safety considerations. The system is then dimensioned and optimized to ensure seamless integration between the battery and motor while maintaining high performance. Various design approaches are compared, and their advantages and trade-offs are analyzed. The outcomes of this research aim to contribute to the advancement of sustainable urban mobility by providing a practical and efficient electric drivetrain solution for compact transport systems.