Abstract:

With the increasingly severe global energy crisis and environmental pollution problems, new energy and low-carbon technologies have become one of the key ways to solve these problems. As an important component of new energy transportation, electric vehicles have shown great potential in improving energy utilization efficiency and reducing carbon emissions through their electric thermal phase change energy storage systems. This article is based on the low-carbon background of new energy, and conducts an in-depth analysis of the thermal storage performance of electric vehicle electric thermal phase change energy storage systems. It explores the working principle of the system, dynamic thermal storage performance optimization methods, material characteristics, thermal storage efficiency and stability, as well as future research directions for related industry technologies. Through theoretical analysis and experimental verification, this article aims to provide reference for the further development of electric vehicle electric thermal phase change energy storage systems.

Key words: new energy, electric vehicles, phase change energy storage, thermal storage