学术动态

近期,我院研究生孙晓飞,姚寿广教授等的“Optimization analysis of the internal structure of flow-assisted zinc-nickel battery driven by a propeller”研究成果在《Advances in Mechanical Engineering》2019,11(2)上发表。

发布时间:2020-01-03浏览次数:503

论文简介如下:

This study established a three-dimensional analysis model of the internal flow field of the battery stack with a rotating propeller by using the flow-assisted zinc-nickel battery stack driven by a propeller. The flow of electrolyte in the battery stack was simulated and analyzed. The key design parameters of the battery stack were analyzed and optimized by adjusting the baffle and blade heights, blade speed, and blade number based on the uniformity of the internal flow field of the battery stack. The final simulation results show that the flow field distribution is the most uniform when the baffle and blade are 100 and 140mm, respectively; from the top of the battery stack, the number of blades is five leaves, and the speed is 600r/min. This article serves as the basis for the structural design of flow-assisted zinc-nickel battery driven by a propeller.