Enhancing lithium-ion battery research with Raman spectroscopy

The growing demand for more powerful and efficient energy storage has made Lithium-ion batteries (LIBs) a critical focus of research and development. To optimize battery performance, it is essential to understand the structural and chemical changes occurring in cathodes and anodes during charge and discharge cycles.

Raman spectroscopy offers a fast, contactless, and highly informative method for analyzing these changes in real time — without altering the sample. It enables researchers to:

• Investigate structural and electronic modifications in battery materials
• Monitor reversible and irreversible changes during charge/discharge cycles
• Support failure analysis and quality control with automated, high-throughput measurements
• Characterize new materials for next-generation energy storage solutions

Explore how Raman spectroscopy can enhance your LIB research, from fundamental studies to industrial quality control.