Battery Testing Resources


Lithium-ion batteries play a vital role in powering alternative energy sources, especially electric vehicles, which are becoming more and more important as climate change accelerates. Today’s instrument manufacturers are working to bring powerful and sensitive solutions to scientists across the entire battery research workflow, from mining to raw materials, contaminants, QC, recycling and more, in order to push lithium-ion batteries—and the alternative energy sources that rely on them—toward their full potential. In this hub, explore new battery research techniques and products, read advice and best practices from experts, consult peer reviews on popular products, and more.

Click here to find, compare, and request a quote for battery testing equipment and supplies across leading suppliers; including access to product citations, related published figures, and first-hand reviews from our scientific community.

Editorial Articles

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Battery Testing Documentaries

  • Ushering Lithium-ion Batteries Toward their Full Potential Documentary

    Alternative energy sources offer an avenue to combat climate change, reduce carbon emissions and lower energy costs. Rechargeable, high-capacity energy storage materials, such as lithium-ion (Li-ion) batteries, play a key role in supporting these goals. Thus, interest in these materials has soared in recent years. Instrument manufacturers are working to bring powerful and sensitive solutions to scientists across the entire battery research workflow, from mining to raw materials, contaminants, QC, recycling and more.

  • Battery Customer Experience Centers

    Thermo Fisher Scientific’s Korea Battery Center empowers customers to become heroes in the battery space by offering integrated analytical solutions and advanced metrology that simplify and enhance the battery manufacturing lifecycle. These centers provide customers with the tools to develop battery-specific applications, witness real-time demonstrations, and access dedicated confidential analytical spaces, making it easier to innovate and improve battery product quality and yield. Making affordable batteries that pack more power, last longer, charge quickly, and are safer is essential for the pivot towards electrified vehicles and renewable energy storage.