“Performance Analysis of Outer Rotor Induction Hub Motors for Electric Vehicles: An ANSYS-based Study”

This study investigates the performance analysis and optimization of outer rotor induction hub motors for electric vehicles, utilizing the capabilities of ANSYS simulation software. As the prominence of electric vehicles grows, there is a need to enhance propulsion systems, and the integration of outer rotor induction hub motors emerges as a promising avenue for improved efficiency and compact design. ANSYS serves as the primary simulation tool, enabling a robust evaluation of the motor's performance across various operating conditions. The initial phase encompasses a comprehensive performance analysis, including aspects such as efficiency, torque characteristics, and power output. These results establish a baseline for subsequent optimization strategies, taking into consideration factors like design modifications and material selection. Each optimization strategy undergoes meticulous simulation using ANSYS, and the outcomes are systematically compared to identify the most effective enhancements. The ANSYS-based approach proves crucial in assessing the impact of optimizations, facilitating a systematic study of the motor's behavior. The implications of the study extend to the development of more efficient and compact propulsion systems for electric vehicles, addressing the critical need for sustainable transportation solutions.