DARPA's SYMPHONEE project plans to create batteries powered by Strontium-90, potentially lasting 30 years. This initiative aims to enhance power systems for next-gen drones operating in extreme environments.
DARPA's SYMPHONEE initiative seeks to develop a new class of radiovoltaic devices that leverage Strontium-90 harvested from nuclear waste.
These batteries are intended to last as long as 30 years, powering next-generation military drones and autonomous systems in extreme environments.
Morgan State University was awarded a $3.37 million contract to advance this technology.
The project involves collaboration with teams from Northrop Grumman, PNNL, Project Omega, ARA, and Widetronix, focusing on the design and testing of these power systems.
Historically, radioisotope power sources have been used in low-power applications like smoke detectors and space missions.
The SYMPHONEE project aims to scale this technology for more demanding applications, enhancing power density and operational lifespan.
The development of these long-lasting batteries could revolutionize power systems for drones, especially in challenging terrains or environments.
Successful integration of advanced materials and nuclear science could lead to significant advancements in autonomous operations.
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DARPA's SYMPHONEE project plans to create batteries powered by Strontium-90, potentially lasting 30 years. This initiative aims to enhance power systems for next-gen drones operating in extreme environments.