How to protect the environment with clean science

Can battery testing drive a safer and greener future?

The battery testing landscape

Rigorous battery testing has become increasingly important. This increase has been driven by the rapid expansion of electric vehicles, portable electronics, and renewable energy systems. Through comprehensive testing protocols, battery testing guarantees the performance, safety, and longevity of energy storage systems. By subjecting batteries to rigorous examinations, researchers and engineers can effectively mitigate potential risks, optimize battery design and performance, and elevate the overall system reliability. Substantial progress in testing technologies and methodologies have enabled more precise and efficient characterization of battery behavior under various operating conditions. These technological advancements have contributed toward significant improvements in battery performance, safety, and energy storage capabilities.

MEET and Shimadzu revolutionize battery research

Dr. Sascha Nowak from MEET Battery Research Center showcases their research collaboration with Shimadzu, focusing on electrolyte aging, metal migration, recycling, and battery safety using advanced instruments for sustainable battery technologies.

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Optimizing battery testing performance

Learn about the different types of battery testing and explore additional considerations for optimizing performance.

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Differences in battery testing techniques

Dr. Mario Toubes-Rodrigo, Global Applications Leader at H.E.L. Group, delves into various battery testing techniques, the differences between them, and when to use these types of techniques.

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Battery research by Raman microscopy

Bruker Optics highlights three real-life examples of Raman microspectroscopy and its benefits to battery research, starting with an examination of carbon analysis in flexible electrodes.

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Reliable lithium-ion battery solutions

METTLER TOLEDO explores materials and components along the battery value chain and presents a comprehensive view of the manufacturing and testing requirements to examine every facet of lithium-ion batteries.

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