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Lithium Ion Battery Cells – Risks and Hazards

Lithium Ion Battery Cells – Risks and Hazards. LiCoO2 3.168Wh. LiCoO2 9.62Wh. LiFePO4 9.6Wh. LiFePO4 10.56Wh. LiNiMnO2 13Wh. LiCoO2 2.96Wh. LiMnNi 14.4Wh. LiCoO2 2.7Wh. LiFePO4 1.92Wh. LiFePO4 2.25Wh. LiCoO2 1.8Wh. LiCoO2 .432Wh. ICAO. FAA Fire Safety. 09-11-2014.

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Lithium Ion Battery Cells – Risks and Hazards

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  1. Lithium Ion Battery Cells – Risks and Hazards LiCoO2 3.168Wh LiCoO2 9.62Wh LiFePO4 9.6Wh LiFePO4 10.56Wh LiNiMnO2 13Wh LiCoO2 2.96Wh LiMnNi 14.4Wh LiCoO2 2.7Wh LiFePO4 1.92Wh LiFePO4 2.25Wh LiCoO2 1.8Wh LiCoO2 .432Wh ICAO FAA Fire Safety 09-11-2014

  2. Lithium-Ion: Chemistry Variation LiFePO4 Max Cell Temp: 357C LiNiMnCoO2 Max Cell Temp: 563C LiMnNi Max Cell Temp: 757C

  3. 5 Stacked E-Tablets

  4. Li-Ion Combustion Chamber Test Maximum Pressure: 28 PSI

  5. Paper from SAE International Components of vented gas Pressure rise of LiCoO2 cells at 100% SOC Kg: Explosion Index (Proportional to Rate of Pressure Rise) Quantification of Combustion Hazards of Thermal Runaway Failures in Lithium-Ion Batteries Somandepalli et al / SAE Int. J. Alt. Power. / Volume 3, Issue 1 (May 2014) Paper number: 2014-01-1857

  6. Summary • Cells without adequate vents can explode. • Heat release, propagation and flammability vary among different chemistries of Lithium-Ion cells. • Vented gasses can accumulate and cause an explosion. • Composition of vented gasses contain H2, Hydrocarbons, CO, CO2 and concentrations vary with SOC.

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