U.S. Army Engineer Research and Development Center (ERDC)

The first operational hydrogen-powered nanogrid deployed by ERDC at White Sands Missile Range, supporting surveillance cameras and meteorological equipment in an off-grid location. The system will undergo a year-long operational trial to gather critical data on effectiveness in rugged, remote conditions.

A second hydrogen-powered nanogrid deployment planned for Ft. Leonard Wood starting in early 2025, featuring expanded capabilities including an electric vehicle charging station to demonstrate the adaptability of nanogrid technology in diverse contexts.

Energy storage component of the microgrid system working alongside hydrogen fuel cells and solar to provide reliable power.

A compact, self-contained renewable energy system integrating solar panels, battery storage, and hydrogen fuel cells to provide off-grid power. The system can deliver power in as little as 15 minutes and operates quietly, making it suitable for sensitive military and emergency applications.

A device used to split water into hydrogen and oxygen through electrolysis. Bloom Energy produces solid-oxide electrolyzers.

Missouri

New Mexico

The first operational hydrogen-powered nanogrid deployed by ERDC at White Sands Missile Range, supporting surveillance cameras and meteorological equipment in an off-grid location. The system will undergo a year-long operational trial to gather critical data on effectiveness in rugged, remote conditions.

A second hydrogen-powered nanogrid deployment planned for Ft. Leonard Wood starting in early 2025, featuring expanded capabilities including an electric vehicle charging station to demonstrate the adaptability of nanogrid technology in diverse contexts.

Technology that extracts water from the atmosphere to produce water for hydrogen generation and drinking water, enabling complete self-sufficiency of nanogrids in water-scarce environments.

A compact, self-contained renewable energy system integrating solar panels, batteries, and green hydrogen technology. The system can be deployed in as little as 15 minutes and is capable of operating independently in remote and water-scarce environments through integration with Watergen's atmospheric water generation technology.