Unlocking Battery Performance: Microstructure Analysis and Simulation | GeoDict 2026

Battery performance fundamentally originates at the microstructure. This Short explores how GeoDict enables the precise analysis of battery electrodes down to the particle scale, assessing crucial parameters from porosity and transport properties to comprehensive full-charge-discharge simulations.

Our BatteryDict module allows R&D engineers to execute simulations either on fully resolved 3D microstructures or on fast-homogenized Newman models derived directly from microstructural parameters.

In the GeoDict 2026 release, computational efficiency is significantly improved. The enhanced LIR solver delivers identical electrochemical results with drastically reduced runtime and memory usage. Furthermore, the introduction of new boundary conditions and direct EIS prediction enhances the realism and efficiency of battery modeling.

Advance your electrochemical research from microstructure to electrochemistry, and simulate faster, smarter, and closer to reality.

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Видео Unlocking Battery Performance: Microstructure Analysis and Simulation | GeoDict 2026 канала Math2Market GmbH