| Event Date(s) | Wednesday, October 1, 2025 - Wednesday, October 1, 2025 |
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OEMs in the transportation industry face increasing challenges when integrating battery cells and modules into different architectures, such as cell-to-pack, cell-to-module, or cell-to-chassis. Each design philosophy must comply with stringent safety and durability requirements, particularly when it comes to structural integrity.
This integrity is governed by the coupled mechanical and electrochemical behavior of battery cells and modules, where electrochemical aging induces mechanical deformation commonly referred to as battery swelling. The resulting deformation interacts with the surrounding structural boundary conditions and can critically influence pack performance and safety.
In this webinar, Accenture’s Simulation & Design Engineer, Egor Semin and Gamma Technologies’ Application Engineer, Dion Wilde, will demonstrate how battery swelling can be simulated using Accenture’s proprietary approach, which leverages and extends the advanced electrochemical modeling capabilities of GT-AutoLion with custom-developed swelling algorithms. This combined methodology enables accurate calibration and validation of swelling effects, providing OEMs with a predictive tool to accelerate cell and module development, reduce reliance on physical testing, and minimize costs.