锂离子动力电池智能制造系统及应用

锂离子电池的制造工艺流程是高度复杂的系统,涉及电极材料、制造工艺和电解液的相互匹配和关联性,而这种匹配和关联性直接影响锂离子电池最终产品的性能.因此,有必要发展锂离子电池智能制造系统,加快科研成果的产业化速率.为此,提出了数据采集技术在锂离子电池生产过程的应用方法,采集生产层多通讯协议的数据,通过物联网标识技术,将最终...

Research and Application of Lithium Ion Battery Intelligent Manufacturing Systems

The manufacturing of Li-ion batteries is an extremely complex process, involving matching and correlation among the electrode materials, manufacturing process and the electrolyte which directly affect the battery performance. Therefore, it is necessary to develop the Li-ion battery intelligent manufacturing systemto accelerate the rate of industrialization of scientific research. In this paper, a data acquisition method applied in the production process of Li-ion batteries is put forward. The data in the production process is collected based on multiple communication protocols and then connects with the final Li-ion battery products through the identification technology of Internet of Things. Aiming for the best performance of the final products, this paper designs a traceable data structure and finds the optimal matching between the multiple factors in the process by using the intelligent manufacturing system, so as to shorten the product development cycle.