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🔋 Lithium-Ion Cell Under Load: Particle Diffusion, Butler-Volmer Losses and C-Rate Capacity

Open a graphite and NMC cell: solve lithium diffusion inside the particles, Butler-Volmer kinetics and resistance, then discharge or charge it at any C-rate and temperature to see the voltage sag, capacity loss, heating and plating risk.

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⚙ Under the hood

Open a graphite and NMC cell: solve lithium diffusion inside the particles, Butler-Volmer kinetics and resistance, then discharge or charge it at any C-rate and temperature to see the voltage sag, capacity loss, heating and plating risk.

BatteryLithium-IonElectrochemistryButler-VolmerDiffusionC-RateThree.jsBlender

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