STRADA Unit
Energy Chemistry & Solid-State Battery Storage Facility
Advancing resilient energy storage science through solid-state battery chemistry, materials validation, and mission-aligned power systems research for humanitarian and field operations.
Mission
Powering field resilience
This facility develops next-generation solid-state battery concepts designed for safety, endurance, and deployment in unstable or infrastructure-limited environments. Research priorities include electrolyte chemistry, thermal stability, and scalable storage architectures.
Its work supports Pacific 7.0 International’s broader scientific mission by translating advanced energy chemistry into practical systems that can sustain communications, medical equipment, mobile labs, and emergency logistics under demanding conditions.
Capabilities
Core research areas
Solid-state chemistry
Investigating electrolytes, interfaces, and electrode behavior to improve storage density, safety, and lifecycle performance.
Materials validation
Testing ceramic, polymer, and hybrid materials for durability, thermal resilience, and manufacturability in mission-critical applications.
Field energy systems
Designing storage concepts that can support mobile operations, austere medical response, and resilient infrastructure continuity.