Connecting materials, performance and quality across battery development

As the world accelerates its transition towards electrification and sustainable energy, batteries have become a cornerstone of modern technology. Demand continues to grow across electric vehicles, grid-scale energy storage, consumer electronics and emerging applications. Meeting this demand requires batteries that are safer, more efficient and longer lasting. Robust testing and characterization help researchers and manufacturers understand materials, chemistry and electrochemical behavior, supporting the development of higher-performing battery technologies.

This editorial feature explores the analytical techniques and workflow strategies shaping modern battery testing and development. Discover expert insights into quality control, materials characterization, battery performance, manufacturing optimization and recycling, as well as the latest advances in spectroscopy and microscopy. Together, these approaches are helping researchers and manufacturers accelerate innovation, improve efficiency, and support the development of next-generation energy storage technologies.

Whether you are seeking practical workflow guidance, applications expertise or the latest advances in battery characterization, this page brings together a range of expert-led resources to support your work. Explore webinars, TechTalks, guest editorials, and application-focused content from leading scientists and industry specialists. Designed for battery researchers, materials scientists, analytical chemists, quality control professionals, process engineers, and manufacturing teams, these resources provide valuable insights to help optimize battery performance, improve development workflows, and support innovation across the energy storage sector.