The value of modelling for battery development and use
Author(s)
Edge, Jacqueline
Lander, laura
Brophy, kieran
Hales, alastair
Type
Report
Abstract
Batteries are important enablers of clean energy and mobility, but improvements in performance,
longevity, safety and sustainability are needed. Battery models used to design a product on a
computer save time and reduce the number of expensive physical prototypes needed. Computer
models at multiple scales consider not only the properties of materials, components and cells, but
also the impacts on pack functionality and across the lifecycle. Model simulations are often the only
practical way to predict battery performance or battery failure, ensuring their safe and efficient
operation.
longevity, safety and sustainability are needed. Battery models used to design a product on a
computer save time and reduce the number of expensive physical prototypes needed. Computer
models at multiple scales consider not only the properties of materials, components and cells, but
also the impacts on pack functionality and across the lifecycle. Model simulations are often the only
practical way to predict battery performance or battery failure, ensuring their safe and efficient
operation.
Date Issued
2022-12-06
Citation
The Value of Modelling for Battery Development and Use, 2022, pp.1-10
Publisher
Faraday Institution/Institute for Molecular Science and Engineering
Start Page
1
End Page
10
Journal / Book Title
The Value of Modelling for Battery Development and Use
Copyright Statement
© 2022 The Author(s).
Identifier
https://www.faraday.ac.uk/wp-content/uploads/2022/12/Faraday_Insights_15_FINAL.pdf
Subjects
battery modelling
battery
battery development
computer modelling
battery sustainabliity
battery safety
multiscale modelling
Place of Publication
Didcot/London
Publication Status
Published
Article Number
Insight no.15/Briefing paper no. 8