Transforming energy storage through breakthrough innovation
We transform energy storage by developing materials to accelerate the world's transition to high performance and sustainable transportation. Our Glass Anode™ technology creates batteries that charge faster, last longer, and operate safely in extreme conditions. Our commitment to domestic manufacturing will build a resilient, domestic supply chain.
We envision a future where energy storage enables new applications rather than limiting them. A world where electric vehicles recharge as quickly as filling a gas tank and power is available to all applications on demand. Through materials innovation and strategic partnerships, we're making this future a reality across defense, automotive, and commercial applications.
Meet the visionaries driving our innovative battery technology
Chief Executive Officer
Manufacturing and Scale-up Leader.
Founder & Technical Advisor
Inventor of the Glass Anode.
Chief Technology Officer
Experienced Battery Developer.
Head of Battery Science
Expert in Battery Materials Research.
Follow Empower Battery Technology's path from breakthrough research to commercial innovation.
First patents awarded for the high-performance Glass Anode™ technology.
emPOWER Battery Technology founded to commercialize the Glass Anode™ in lithium-ion batteries.
Grant issued to a team that includes emPOWER, Ohio State University, Honda, and others to research Glass Anode™ materials.
emPOWER initiates design of multi-amp-hour cells in preparation for pilot lines at the OSU Battery Cell R&D Center.
emPOWER begins construction of high-energy prototype cells for military drones through award from Army Research Labs.
Interested in working at the cutting edge of battery technology? We're always looking for talented individuals to join our mission.
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