Power for Command and Control

Command and control nodes are the highest-priority loads on a base microgrid and are protected by dedicated conditioning, storage, and redundancy.

The highest-priority load

Command and control (C2) — the systems that direct the mission — are the loads that must never lose power. On a base microgrid, C2 sits at the top of the load-priority hierarchy: everything else can be shed to protect it, and it receives the most redundancy and the cleanest power.

How C2 power is protected

• A dedicated uninterruptible bus so C2 never sees a source transition.
• Highest priority in dispatch and load-shedding logic.
• Redundant feeds from separated sources.
• Power conditioning for the clean, stable supply sensitive electronics need.

Designing to the gates

Because the burner can trip (0.86–0.995 availability), C2 is deliberately insulated from the fusion unit's behaviour: storage carries C2 through any transition, and redundant sources back it. C2 continuity is engineered to be independent of whether any single generator is up — exactly the discipline the availability gate demands.

Protecting C2 is where the whole resilient-power architecture proves itself. If command and control stay powered through grid loss, fuel interruption, a unit trip, and maintenance, the installation has achieved continuity where it matters most — and it does so through layered redundancy, not through any claim that the fusion unit alone is continuous.

Where the architecture proves itself

If command and control stay powered through grid loss, fuel interruption, a unit trip, and maintenance, the installation has achieved continuity where it matters most. C2 is deliberately insulated from the fusion unit's behaviour by a dedicated uninterruptible bus and redundant feeds, so its continuity is independent of whether any single generator is up — exactly the discipline the availability gate demands.