Next-Generation Non-Lithium Battery Technology for Safe, Extreme-Environment, High-Performance Resilient Military Logistics and Field Operations

The DLA26BZ03-NV013 solicitation seeks to develop non-lithium battery technology for military logistics and field operations, aiming to replace current lithium-ion batteries due to supply chain risks, hazardous material classifications, and operational challenges. The objective is to create a safe, transportable, and domestically manufacturable non-lithium battery cell or pack capable of supporting BB-2590/U-class applications while improving safety, transportability, storage readiness, operational performance, durability, and supply chain compliance. Performance targets include an energy density of at least 150 Wh/kg, a cycle life of 500 cycles, and a storage life of 12 months, with operation from -30°C to +60°C and no thermal runaway. Phase I (6 months, up to $100K) focuses on cell-level feasibility, electrochemical characterization, preliminary safety testing, and storage assessment. Phase II (18 months, up to $1M) involves developing and demonstrating a prototype battery pack, conducting environmental and safety testing, validating a domestic bill of materials, and creating a commercialization plan. The technology has dual-use potential for both defense (e.g., man-portable systems, unmanned systems) and commercial applications (e.g., industrial robotics, medical devices, energy storage).