缩小学术界与工业界锂离子电池研究之间的差距

Yeyoung Ha, Rachel B. Licht, Timothy D. Bogart, Keith M. Beers
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引用次数: 0

摘要

锂(Li)离子电池领域已进入这样一个阶段:工业界主要致力于优化当前的电池化学成分,以提高商用电池的有效能量密度;而学术界则主要致力于为下一代电池化学成分开发新型材料。除了研究目标不同之外,工业界生产的商业电池的尺寸和形状也越来越多样化,而学术界的大部分研究报告都是针对有限的小尺寸电池格式。这种研究环境上的差异导致了工业界和学术界观点的脱节。更具体地说,出现脱节的原因是小规模电池的学术研究成果无法转化为设计更复杂的电池。在本文中,我们将讨论工业界与学术界脱节的原因,并展示如何通过利用多方面的方法在学术界研究与工业相关的问题,并进一步在实践层面提供有价值的见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bridging the gap between academic and industry Li-ion battery research
The field of lithium (Li)-ion batteries has entered a stage where industry is largely focusing on optimizing current cell chemistries to increase the effective energy density of commercial cells while academia is mainly driven by the development of novel materials for next-generation cell chemistries. In addition to their different research goals, industry is producing commercial cells with increasingly diversified size and shape, while the majority of academic research reports on limited small sized cell formats. Such differences in research settings are leading to a disconnect between industrial and academic perspectives. More specifically, a disconnect arises due to academic research results obtained from smaller scale cells not translating to cells with more complex designs. In this paper, we discuss where a disconnect between industry and academia exists, and demonstrate how industry relevant problems can be studied in academia by utilizing a multifaceted approach and further provide valuable insights at a practical level.
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