Lithium battery technology has recently gained attention due to its application for consumer electronics, transportation electrification, and stationary grid storage, as well as its critical role in achieving a sustainable and carbon-neutral society. Although significant progress has been made in battery technology, current lithium battery technology does not meet the increasing societal demand for better battery technology. A deep understanding of the structure and chemistry of each component and related construction materials is essential to developing safer batteries with better energy and power performance. Scanning electron microscopy (SEM) is a characterization tool used for the analysis of the materials’ structure and chemistry, and is currently used by battery materials and cell manufacturers during materials R&D, quality control, and failure analysis. However, scientists and engineers face a variety of challenges to accurately extract structure information on different battery samples.Download this brochure now to explore SEM imaging solutions that help scientists and engineers overcome battery characterization challenges.
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