State-of-the-arts Thermal Management Systems for New Energy Vehicles
DOI:
https://doi.org/10.54097/hset.v29i.4568Keywords:
Battery; New energy vehicles; thermal management systems.Abstract
With the rapid progress of automobile manufacturing industry, people's demand for energy is gradually expanding, and smog is gradually appearing in cities. New energy has gradually become a new direction of automobile development, with its dual advantages of not only reducing emissions but also saving energy. Lithium battery is the main component of new energy vehicle, and its temperature will be in the heating process of current input and loss. The average temperature distribution directly affects the service life and functional effect of the battery, and the stability of the battery determines whether it can bear much power. If the car is running, the heat of the battery can't be dispersed in time and the local temperature is too high, the life of the battery will be reduced rapidly, and even more seriously, it will lead to fire. Therefore, in order to make the battery pack of the new energy vehicle heat evenly, and the reliability and safety of the new energy vehicle work continuously and effectively, A battery heat dissipation structure is determined in order to improve the overall performance of the lithium-ion battery. The latest thermal management systems for new energy vehicles are thoroughly examined in this paper.
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