PPT-Heat Release from Thermal Decomposition of Layered Metal Oxide Cathodes in Lithium-Ion

Randy Shurtz John Hewson 2019 DOE Office of Electricity Peer Review September 25 2019 SAND201911428 C OVERVIEW of Thermal Runaway Modeling 2 SIGNIFICANCE Heat source terms in legacy thermal runaway models have limitations . Stable and Unstable Substances. Stable in Chemistry means . unreactive. in the conditions stated.. Unstable means reactive in the conditions stated.. . Thermal Decomposition. When 2 elements combine to form a compound, the product requires heat energy for the elements to be reformed.. . growth. 300 Wh exemption for ADR transport . 6th WRBRF, March 23-24, Berlin. Claude Chanson. 2. background. The power tools industry observes an increase in the energy of the batteries. The limit of 100 Wh of battery exemption according UN SP 188 should be enlarged to 300Wh for ADR (. Scientific Achievement. An electrolyte additive, phosphorous . pentasulfide. . (P. 2. S. 5. ), is found to react . with lithium . metal in Li-S batteries . to form a . protective coating . that conducts lithium ions and improves . Air UN3480 Lithium Ion Batteries in compliance with Section II of PI965 UN3480 Lithium Ion Batteries in compliance with Section IB of PI965 UN3481 Lithium Ion Batteries in compliance with Section II SCH3U. GLOWS. Precipitate forms. Colour. . Changes. Gives off a gas. Bubbles!. Temperature changes. Light!. Success Criteria. By the end of this class you should:. Be able to classify a reaction as synthesis, decomposition, single displacement, double displacement, combustion or neutralization.. Containing . Both . Lithium . Metal . and Lithium . Ion . Cells . and / or . Batteries – . Limits for Exemption & . External Charging.. Dr.. Thomas . Dittrich. Consultant. Amendments. . for. Hybrid . Hvasta. , H. . Ji. , E. . Kolemen. ,. T. . Kozub. , R. . Maingi. , and M. Ono (PPPL). and. N. Morley (UCLA), H. Stone (Princeton U.). . Supported by US DOE . contract . DE-AC02-. 09CH11466. Dick Majeski. Hvasta. , H. . Ji. , E. . Kolemen. ,. T. . Kozub. , R. . Maingi. , and M. Ono (PPPL). and. N. Morley (UCLA), H. Stone (Princeton U.). . Supported by US DOE . contract . DE-AC02-. 09CH11466. Dick Majeski. . Today’s topics. Practical thermal effects. Devices for temperature measurement. Mechanisms of heat transfer. Science dealing with the relationship. between . thermal energy. (. random molecular motion. How to recognize which type. If reactants: . Element(E), Compound(C). E E . C . E C . C C . H. E. . E. OH. C. x. H. y. O. 2. Synthesis. Decomposition. Single . replacement. Double . Provision 188 of IMDG Code 38-16. Prepared by Shashi . Kallada. www.shashikallada.com. LITHIUM BATTERIES. Lithium Ion Batteries are rechargeable batteries. Lithium Metal Batteries are single use batteries (Primary Batteries) . NPRE 498 Energy Storage Systems. Marta Baginska. 12.07.2011. Outline. Introduction. Scope of the presentation: Where do metal-air batteries fit in?. General characteristics of metal-air batteries. Factors the affect performance. oxidization. of a metal, and the oxide flaking off.. Oxidized metal is commonly called rust. Most commonly oxygen will oxidize a metal.. Either by . [Metal] O. 2. . → . [Metal]O . Or . [Metal] H. oxidization. of a metal, and the oxide flaking off.. Oxidized metal is commonly called rust. Most commonly oxygen will oxidize a metal.. Either by . [Metal] + O. 2. . → . [Metal]O . Or . [Metal] + H.