Modeling, simulation and experimental investigation of the thermal and electrochemical behavior of a LiFePO4-based lithium-ion battery

Christian Achim Hellwig
In this thesis the modeling and simulation of a LiFePO4-based lithium-ion battery was presented. For a better understanding of the behavior of the cell, a model was developed which allows a detailed insight into occurring processes during operation. Modeling framework: A multi-scale approach was used to describe physico-chemical processes occurring on different time and length scales. It includes transport processes within active materials and in a liquid electrolyte. Electron-transfer processes on particle surfaces were considered...
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