(207b) Mathematical Formulation for the Design/performance Analysis of a Lithium-Ion Insertion Cell
AIChE Spring Meeting and Global Congress on Process Safety
2008
2008 Spring Meeting & 4th Global Congress on Process Safety
Emerging Energy Frontiers in Research and Innovation
Recent Advances in Alcohols Production and Their Energy Usage Including Fuel Cells II
Wednesday, April 9, 2008 - 2:20pm to 2:40pm
Mathematical formulation is being developed for the design/performance analysis of the lithium-ion cells currently being tested experimentally for high discharge rate applications. This paper presents the developed formulation to predict the reversible electric potentials of the cell anode and cathode insertion electrodes and the total cell reversible electric potential. The formulation also includes the electrochemical kinetics rate laws needed for the performance evaluation of a lithium-ion cell and the overall cell thermal energy balance to predict the cell average temperature as a function of time.
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