Operational Energy Resilience

Abstract

In FY 2023 OECI successfully completed operational energy resilience projects delivering innovative next generation warfighting capabilities emphasizing agile energy management solutions and extending range while minimizing generator dependency by advancing microgrid technologies.; FY 2023 projects advanced hydrogen and synthetic/alternative fuel production; increased access to improved battery technologies, enhanced visibility of DoD battery demand requirements, and increased operating temperature ranges (storage and power) for Arctic environments Additionally, these innovations are positively addressing supply-chain competition concerns. OECI competitively awarded 22 new projects in FY 2023 improving resiliency of tactical operations. The projects focused on battlefield recharging for hybrid/electric platforms, evaluation of commercial EV batteries for DE weapons, advanced batteries and hybrid architectures extending range and silent watch capabilities for tactical vehicles, grid resiliency improvements involving tactical vehicle-enabled microgrids for ground power and weapon system payloads. Project 456 included 29 active projects and studies in FY 2023.

Document Details

Document Type
Accomplishment
Publication Date
Oct 01, 2025
Source ID
09f3bbfbe81fd6983f189488f1a2e501

Tags

Readers

  • Defense Technology Research and Development.
  • Electrical Engineering
  • Military Science and Technology Research and Modernization.

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