Machine Learning 3D-Resolved Prediction of Electrolyte Infiltration in Battery Porous Electrodes

24 May 2021, Version 1
This content is a preprint and has not undergone peer review at the time of posting.


Electrolyte infilitration is one of the critical steps of the manufacturing process of lithium ion batteries. Along with being the most time-consuming step in manufacturing, electrolyte wetting directly impacts the battery cell energy density, power density and cycle life. We present here an innovative machine learning model to fast and accurately predict electrolyte infiltration in three dimensions in lithium ion battery electrodes. Our machine learning model is able to speed up the infiltration predictions by several orders of magnitude compared to a physics-based model based on Lattice Boltzmann Method, paving the way towards massive computational screening of electrode mesostructures/electrolyte pairs to unravel their impact on the cell wetting and optimize electrolyte infiltration conditions.


Lithium Ion Batteries
Electrolyte Infiltration
Cell Wetting
Machine Learning
Lattice Boltzmann Method


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