Webinar Recording: Thermal & Rheological Analysis of EV Battery Fluids

Viscosity and dielectric constant are among the most important physical properties of an electrolyte, having a direct impact on ion mobility, conductivity, and battery performance for a wide range of temperatures experienced. For battery applications, relatively high dielectric constant solvents, like ethylene carbonate (EC), are typically combined with low viscosity solvents, like dimethyl carbonate (DMC) and ethyl methyl carbonate (EMC) to achieve an electrolyte with desired viscosity, dielectric constant, and higher conductivity.

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• Exploring how viscosity measurements can be used to evaluate the performance of lithium-ion battery solvents and electrolytes
• Discussing thermal conductivity of battery mixtures
• Determining temperature-dependent shear viscosity of battery mixtures
• Sharing effects of solvent composition and LiClO4 concentration on viscosity of battery electrolytes

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