Posted: May 15, 2018 1:13 PM

NRL Selects Alta Devices to Add Solar Power to Hybrid Tiger UAV Project

SUNNYVALE, Calif. — The U.S. Naval Research Laboratory (NRL) will use Alta Devices’ highly efficient, flexible and light-weight solar technology to help power the breakthrough Hybrid Tiger UAV (unmanned aerial vehicle), the company announced in a May 14 release.

The Hybrid Tiger is a project designed to create a Group-2 UAV that will stay aloft for at least three-and-a-half days. Technologies developed for the project will be applicable to other unmanned vehicles.

The Hybrid Tiger program integrates multiple technologies into a single UAV designed for long range endurance. It will use high-efficiency flexible solar cells, a hydrogen fuel cell, and energy-aware guidance algorithms. The program is sponsored by the Office of the Deputy Assistant Secretary of Defense for Operational Energy and the U. S. Marine Corps Expeditionary Energy Office.

The Hybrid Tiger UAV planned demonstration includes flights over multiple days, during the winter solstice and as far north as 50 degrees latitude to highlight how extreme endurance UAV flight can be achieved using hybridization of solar photovoltaics, a hydrogen fuel cell and autonomous soaring algorithms, regardless of latitude or time of year. The aircraft will fly for multiple days without using traditional fuels. The multi-day endurance technology will enable applications such as low altitude communications enablement, atmospheric research, and search and rescue missions, according to a fact sheet provided by NRL.

“Widespread use of small UAVs in both the military and industry has been limited to-date by endurance,” said Jian Ding, Alta Devices CEO. “The Hybrid Tiger will demonstrate that very long endurance flights, with sophisticated telemetry and capabilities, can be achieved with the inclusion of solar arrays. This project will open the door for many new solar powered UAV applications, and we look forward to achieving next generation breakthroughs via this cooperative effort.”



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