Physics Intelligence for Battery Materials and Systems
Connect material, cell, and pack models to evaluate thermal, structural, and electrochemical behavior. Combine your computational models and experimental data with Physics Intelligence to explore material candidates and designs against performance targets.
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Applications
Connect the physical responses of materials, cells, and packs to explore your battery performance targets. Combine SolverX Physics Intelligence with your computational models and experimental data in solutions tailored to cooling and structural design, material evaluation, and multiscale analysis.
Battery Pack Thermal Management
Predict heat generation, heat transfer, and cooling flow in battery packs to evaluate temperature distributions and cell-to-cell temperature differences. Compare cell layouts, cooling designs, material properties, and operating conditions to balance heat removal, temperature uniformity, and flow resistance.
Electrochemical–Thermal Coupling
Evaluate interacting electrochemical responses and temperature changes under varying operating conditions. Connect current, heat generation, and heat transfer to compare design and operating scenarios.
Battery Pack Impact & Deformation
Evaluate stress, deformation, and load transfer in battery packs under impact, compression, and contact loading. Compare pack structures, cell layouts, materials, and mounting conditions to explore designs that meet mechanical performance targets.
Material Discovery
Compare the electrochemical, thermal, and mechanical responses of material candidates to explore materials and property combinations for your performance targets. Connect SolverX Physics Intelligence with your microstructure, materials, and cell models and experimental data to evaluate promising candidates at cell and pack scales.
Cell-to-Pack Multiscale & Multiphysics
Connect cell-level electrochemical response, heat generation, and material properties with pack-scale cooling, heat transfer, contact, and structural models. Use Physics Intelligence with the quantities exchanged across scales and experimental data to jointly explore material, cell, and pack designs that meet your performance targets.
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