Abstract:

This article aims to explore in depth the energy characteristics of the vehicle electromechanical integrated composite energy storage system. By analyzing its composition, working principle, performance of each energy storage component, and energy management strategy, it elaborates on the application advantages and future development directions of the system in the field of electric vehicles. Through literature review and theoretical analysis, this article reveals the significant role of composite energy storage systems in improving the range, acceleration performance, and energy recovery efficiency of electric vehicles, providing valuable references for the development of electric vehicle technology.

Key words: electromechanical integration, energy analysis, composite energy storage