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Lithium Ion Battery Safety and Abuse Tolerance

出版商 Total Battery Consulting 商品编码 356297
出版日期 内容信息 英文
商品交期: 最快1-2个工作天内
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锂离子电池的安全性与误用抗性 Lithium Ion Battery Safety and Abuse Tolerance
出版日期: 2017年12月31日 内容信息: 英文


第1章 电池的安全性:背景、基础信息

  • 基础信息
  • 回收范例
  • 有害性、热失控
  • 电池故障
  • 安全装置

第2章 电池故障方式

  • 关于电池故障
  • 锂离子电池的安全性、误用特性评估检验
  • 单电池的热逸散
  • 误用抗性模拟
  • 电池单元&包装设计的误用反应的影响

第3章 安全性的检验:误用实验技术、次序

  • 概要
  • 出货的次序
  • 合格与否判断 vs 安全性特性试验
  • 实验的次序比较
  • 功能的安全性
  • 缺乏的点





Safety concerns arise when batteries are abused, used outside the design's operational space, poorly designed, or beyond useful life. Heat generation and gas generation are the most common responses of batteries to abusive conditions--the most serious consequences occur when the stored energy is rapidly released in an unintended manner, triggering thermal runaway. This report presents the fundamentals of battery safety and abuse tolerance. It discusses materials, cells, and battery system design, manufacturing, applications, and validation, as well as the lessons learned from recent failures. :


Automakers, utility / industrial system integrators:

Consult the Report's critical review of cell, battery, and system safety to calibrate your own work in the field. :

Battery producers:

Use this all-inclusive assessment of cell, battery, and system safety and the challenges associated with abuse tolerance and safety validation. Enhance your understanding of this crucial aspect of the technology and its role in your development work.:

Material developers / producers:

Benefit from this unbiased expert assessment of materials, cell, and battery safety to sharpen your development strategy and funnel your R&D investment into the most promising technologies. :

Corporate and financial investors:

Gain insights into the single largest risk associated with advances in battery technology and the financial exposure related to any investment in the field, to hone your investment choices:

Table of Contents

1. Background and Fundamentals of Battery Safety

  • Battery Safety Fundamentals
  • Examples of Recent Safety Recalls
  • Hazards & Thermal Runaway
  • Cell Failures
  • Safety Devices

2. Understanding Battery Failure Modes

  • Understanding Battery Failures
  • Li-Ion Battery Safety & Abuse Characterization Tests
  • Propagation of Thermal Runaway of Single Cell
  • Abuse Tolerance Simulation
  • Effect of Cell and Pack Design on Abuse Response

3. Safety Validation: Abuse Testing Methods & Procedures

  • General
  • Shipping Procedures
  • Pass/Fail vs. Safety Characterization Tests
  • Test Procedure Comparisons
  • Functional Safety
  • What's Missing

Summary and Conclusions

Appendix: Organizations that Publish Safety Test Standards

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