Stabilizing Power
at the Tactical Edge
CHALLENGE: Jagged,
unpredictable power demand
Modern combat systems—drones, electronic warfare, sensors, communications, and edge compute—create highly dynamic and unpredictable electricity demand. Power consumption at the tactical edge is rarely smooth.
Modern combat systems—drones, electronic warfare, sensors, communications, and edge compute—create highly dynamic and unpredictable electricity demand. Power consumption at the tactical edge is rarely smooth.
THE DFM SOLUTION:
AI Enabled NanoGrid
DFMPower solves this challenge with an AI-enabled Tactical NanoGrid governed by TeOS™ (Tactical Energy Orchestration System). TeOS continuously monitors energy demand and autonomously stabilizes the power environment in real time, ensuring mission systems remain operational even during extreme load fluctuations.
The DFMPower platform:
- Buffers sudden power spikes before they destabilize systems
- Smooths volatile demand from drones, sensors, and compute nodes
- Dynamically allocates power across mission systems
- Maintains stable operations under rapidly changing battlefield conditions
