Rads to Watts Program Solicitation DARPA-PS-25-27
Summary
AI-generated · Aug 24, 2025Directly convert radiation energy into electricity using radiovoltaics, scaling from milliwatt-level unit cells to broad-area collection volumes capable of delivering kilowatt-level power over relevant timescales. Proposals should include innovative approaches that enable revolutionary advances in high fluence–resilient, radiation-hardened, charge-carrying materials and techniques specific to radiovoltaics. Excluded are research efforts that produce incremental improvements to the current state of practice and work applying direct conversion methods other than radiovoltaics.
Two postings describe the same program; there are no substantive changes or new information between notices.
The Defense Advanced Research Projects Agency (DARPA) is soliciting innovative proposals for directly converting radiation energy into electricity, focusing on radiation voltaics (also known as radiovoltaics). Typical radiovoltaic unit cell configured devices can produce power at the milliwatt-level. Rads to Watts seeks approaches that can scale unit cells to broad-area collection volumes to produce power at kilowatt-levels over relevant timescales. Proposed work should include innovative approaches that enable revolutionary advances in high fluence-resilient, radiation-hardened, charge-carrying materials and techniques that specifically apply to radiovoltaics. Specifically excluded from Rads to Watts is research that primarily results in incremental improvements to the existing state of practice and research that applies to direct conversion methods other than radiovoltaics.
From Solicitation posted on Jun 20, 2025The Defense Advanced Research Projects Agency (DARPA) is soliciting innovative proposals for directly converting radiation energy into electricity, focusing on radiation voltaics (also known as radiovoltaics). Typical radiovoltaic unit cell configured devices can produce power at the milliwatt-level. Rads to Watts seeks approaches that can scale unit cells to broad-area collection volumes to produce power at kilowatt-levels over relevant timescales. Proposed work should include innovative approaches that enable revolutionary advances in high fluence-resilient, radiation-hardened, charge-carrying materials and techniques that specifically apply to radiovoltaics. Specifically excluded from Rads to Watts is research that primarily results in incremental improvements to the existing state of practice and research that applies to direct conversion methods other than radiovoltaics.
From Solicitation posted on Aug 08, 2025Notice history
2-
-
Solicitation LATEST Posted Aug 08, 2025No changes from previous notice
Details
Award Information
Not yet awarded