Operational Energy Capability Improvement - Non S&T

The Operational Energy Capability Improvement—Non S&T (OECI-Non S&T) program, managed by the Office of the Secretary of Defense, is focused on enhancing joint operational energy capabilities. Its primary objective is to integrate next-generation power and energy technologies into current and emerging Department of Defense (DOD) platforms and weapon systems. This initiative supports the DOD's goal of creating a sustainable, interoperable, and resilient joint force by accelerating the transition of operational energy technologies. The program emphasizes reducing logistical demands, increasing interoperability, and ensuring effective energy use across all domains.

The Operational Energy Prototyping project under OECI-Non S&T aims to develop and demonstrate innovative prototypes that address known capability gaps in operational energy. This includes efforts to reduce operational energy demand and enhance power visibility across the enterprise. The project has successfully developed a Tactical Microgrid Standard to enable interoperable ground power systems and created a mobile wind-powered electrical generator for austere environments. Future plans include advancing solar cell production technology, deploying autonomous refueling capabilities, and optimizing tactical vehicle power systems.

Commanding Energy focuses on transitioning operational energy innovations into military service acquisition programs. It seeks to ruggedize, demonstrate, and transition technologies that improve military capabilities while reducing costs. In FY 2023, the project delivered tools for real-time warfighter feedback and demonstrated advanced energy metering sensors at combatant command locations. These efforts aim to enhance energy awareness and efficiency across military operations.

Powering The Force is dedicated to improving UAV capabilities through increased mission duration and reduced energy demand via photovoltaic wings and fuel cell applications. In FY 2023, it achieved significant advancements in photovoltaic solar cell production, doubling nationwide capacity while cutting costs by half. Electrifying The Battlespace focuses on tactical vehicle hybridization and electrification to reduce petroleum demand and extend operational capabilities without refueling. The project has developed an anti-idle vehicle prototype that significantly reduces fuel consumption while enhancing silent mobility for dismounted operations.