The U.S. Defense Innovation Unit has selected Australian firm 3ME Technology to demonstrate its EdgeVOLT portable energy storage capability [1].
This partnership aims to enhance defense energy resilience by deploying portable and resilient power solutions in the field. The initiative focuses on reducing reliance on traditional energy infrastructure during military operations.
3ME Technology, based in Newcastle, Australia, will deliver its technology under the Portable Resilient Integrated Storage Module program, also known as PRISM [1, 2]. The program seeks to identify and integrate innovative energy storage systems that can operate in demanding environments.
The EdgeVOLT system is designed to provide portable energy storage that supports critical defense operations [1]. By integrating this technology, the DIU intends to improve the agility and endurance of energy supplies for personnel deployed in remote or contested areas [2].
The selection of an Australian innovator highlights the growing collaboration between U.S. defense agencies and international technology partners. This cooperation is intended to accelerate the transition of commercial battery breakthroughs into military applications [1, 2].
As the DIU moves forward with the prototype program, the EdgeVOLT system will undergo demonstration to prove its effectiveness in meeting the specific requirements of the PRISM initiative [1]. The program serves as a testing ground for energy solutions that can withstand the rigors of defense logistics [2].
“The U.S. Defense Innovation Unit has selected Australian firm 3ME Technology to demonstrate its EdgeVOLT portable energy storage capability.”
The integration of 3ME Technology into the PRISM program reflects a strategic shift toward diversifying the defense supply chain for energy storage. By sourcing innovation from allies like Australia, the U.S. reduces its dependence on a single geographic region for critical battery technology while testing the viability of portable, high-resilience power modules for tactical use.



