At the core of electrification strategies, rechargeable batteries are key to enabling the successful global transition to renewable energy sources, helping to balance grids and reduce loss. To address the fast-growing demand for ever more advanced products to meet ambitious global net zero emission targets, battery manufacturers and researchers are ramping up R&D activities and production capacity. In essence, they need to adopt technologies that will enable them to deliver innovative, economical and high-quality solutions with high performance on limited environmental footprints and short lead times. One solution that will help to realize these goals is in situ solid-state nuclear magnetic resonance (NMR) spectroscopy. By harnessing the power of state-of-the-art probes and consoles, subject matter experts can benefit from optimized R&D as well as rapid and accurate quality inspection activities.