– Standard industry lithium-ion batteries exploded within minutes once temperatures exceeded 248°F (120°C).- The prototype battery stopped heating at 428°F without igniting flames or an explosion due to it’s ability to release fire-inhibitor radicals before flammable gas buildup occurred.
lithium-ion battery safety is significant for India as it accelerates its push toward renewable energy adoption and electric vehicles under government initiatives like Faster Adoption and Manufacturing of Hybrid & Electric Vehicles (FAME). With India aiming for widespread EV usage by 2030, addressing risks such as battery fires is critical not only for public perception but also logistical infrastructure. Advancements like flame-retardant polymers can contribute substantially if scaled globally-improving consumer confidence while reducing environmental hazards from overly water-intensive firefighting efforts.Given India’s heat-prone climate conditions and increasing dependence on lithium-powered devices across industries, implementing best practices in safe energy storage will be central as adoption scales further.
This development highlights innovation-driven solutions that blend environmental sustainability with improved user safety-possibly vital aspects for India’s growing renewable economy.