Analytical modelling of planar potential and current distributions in electrodes of lithium-Ion batteries
Loading...
Date
2015-11-11
Authors
Adair, D.
Hara, Toru
Massalin, Y.
Ismailov, K.
Bakenov, Zhumabay
Journal Title
Journal ISSN
Volume Title
Publisher
Analytical modelling of planar potential and current distributions in electrodes of lithium-Ion batteries
Abstract
Mathematical modelling can play an important role in the design of a lithium-ion cell
in that many design iterations can be performed at relatively little cost.
• Electrochemical models are useful for cell design and optimization but can be
typically high-order and complex and hence computationally expensive, and, are
therefore not suitable for real-time applications.
• Much reduced order electrochemical models for lithium-ion cells have been
developed, with these type of models more suitable for use with real-time on-board
electronic control units.
• However, a difficulty with these methods is that the current-voltage behavior for
different operating conditions cannot be predicted.
Description
Keywords
analytical modelling, electrodes of lithium-Ion batteries
Citation
Adair D., Hara T., Massalin Y., Ismailov K., Bakenov Z., 2015, Analytical modelling of planar potential and current distributions in electrodes of lithium-Ion batteries