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能源电池制造过程中的全流程数字化智能制造技术

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全流程数字化智能制造技术是能源电池制造过程中极为关键的技术手段,其安全性越高,能源电池所能存储能量信号的质量水平就越高.为促进能源电池对能量信号的高质量存储,针对能源电池制造过程中的全流程数字化智能制造技术展开研究.分析能源电池生产工艺的具体实施流程,并以此为基础,设计核心储能部件,再分别从能量转化效率、能源存储质量等多个方面,研究全流程数字化智能制造技术在能源电池中的应用情况.
The whole process digital intelligent manufacturing technology in the energy battery manufacturing process
The whole process digital intelligent manufacturing technology is a crucial technical means in the manufacturing process of energy batteries. The higher its safety, the higher the quality level of energy signals that energy batteries can store. To promote the high quality storage of energy signals in energy batteries, the whole process digital intelligent manufacturing technology in the manufacturing process of energy batteries was studied. The specific implementation process of the energy battery production process is analyzed, and on this basis, the core energy storage components are designed. The application of the whole process digital intelligent manufacturing technology in energy batteries is studied from the aspects of energy conversion efficiency and energy storage quality.

energy batterydigitalization of the whole processintelligent manufacturingproduction processenergy storage components

范龙、张研

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黄河水利职业技术学院机械工程学院,河南开封 475004

能源电池 全流程数字化 智能制造 生产工艺 储能部件

河南省职业院校省级骨干教师培育计划

2022241

2024

储能科学与技术
化学工业出版社

储能科学与技术

CSTPCD北大核心
影响因子:0.852
ISSN:2095-4239
年,卷(期):2024.13(4)
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