Cellec Technologies has received a $100,000 SuperBoost grant from the National Science Foundation (NSF) Energy Storage Engine in Upstate New York to support the development and commercialization of its 0V-stable battery technology.
The funding will accelerate work on a multi-functional 18650 cylindrical lithium-ion cell designed to remain electrochemically stable at 0 volts state-of-charge (SoC) and operate across a wide temperature range from -20° to 70° C.
By integrating semi-solid electrolyte systems, the project aims to address safety and reliability challenges in environments where batteries are subject to extreme temperatures and harsh conditions.
This is particularly relevant for electric vehicles (EVs), aerospace systems, and defense platforms requiring energy storage with extended cycle life, rapid charge capabilities, and high thermal stability.
The grant supports Cellec’s ongoing efforts to validate its Z-safe cell design, which combines electrode and electrolyte innovations intended to reduce thermal runaway risk and improve performance when exposed to electrical abuse or prolonged storage at 0V. These characteristics are especially important for EV systems that face demanding duty cycles and where fire mitigation and long-term reliability are top priorities.
The NSF SuperBoost program aims to shorten commercialization timelines by providing early-stage funding and access to regional testing and manufacturing resources. As part of this initiative, Cellec will carry out testing and validation processes to move the battery architecture toward production readiness.
This work supports national goals to strengthen domestic battery manufacturing and energy storage resilience. The technology, if validated, could contribute to safer, more stable EV battery packs designed for extreme climates, off-road operation, and high-demand use cases.
Filed Under: Batteries, Technology News