Empower Battery Technology Awarded AFWERX SBIR Phase I Contract
A new AFWERX SBIR Phase I contract supports high-power, fast-charging Glass Anode™ battery cells for small military drones.
The Glass Anode™
Where conventional batteries fail, performance continues.
5X faster charging. Unfazed by extreme cold. Higher energy density. Empower Battery Technology materials redefine EV capability.
- Eliminates Swelling
- Seamless Integration
- Multi-Cathode Compatible
emPOWER develops high-performance Glass Anode™ technology enabling ultra-fast charging, high energy density, and robust performance in extreme conditions — from peak-shaving grid storage to EVs and defense systems.
Our Technology Advantages
Fast Charging in Minutes
Achieve full charge in minutes, reducing downtime and enhancing productivity
Long Battery Cycle and Calendar Life
Superior durability for thousands of cycles, extending battery lifespan for years
Safe, Zero-Volt Tolerant
Enhanced safety with zero-volt tolerance and no lithium plating, reducing fire risks
Domestic Manufacturing
Secure supply chain with U.S.-based production, supporting energy security
Latest News & Milestones
Empower Battery Technology Awarded Rev1 Concept Contract
Empower received a Rev1 Ventures Concept Contract award to establish repeatable production and validation capabilities for its Glass Anode™ material.
Empower Presents Glass Anode at Midwest Deep Tech Demo Day
Empower joined Ohio State at the Midwest Deep Tech Demo Day in San Francisco, showcasing Glass Anode™ for fast charging and cold-weather performance.
Made in the USA
We manufacture Glass Anode™ materials in the United States to strengthen supply chains and energy security. Domestic production supports high-tech jobs and next-generation battery innovation.
U.S. Production
Domestic manufacturing supports reliable supply and national security
Supply Chain Security
Resilient networks strengthen energy security and reliability
American Jobs
Creates high-tech careers in clean energy manufacturing
R&D Leadership
Advances battery performance through research and development