Co-Location with Mission Loads

Placing Aegis close to the loads it serves shortens the critical electrical path and reduces exposure to distribution faults.

Short paths are resilient paths

Every metre of cable and every substation between the source and the load is another thing that can fail. Co-locating Aegis with the mission loads it exists to protect shortens the critical electrical path, reduces the number of components in series with the mission, and limits exposure to faults elsewhere on the installation.

Balancing proximity and stand-off

Co-location competes with stand-off and separation: the source wants to be near the load but not so near that a single event takes both, and redundant units want distance from each other. The resolution is a compact power block with short, protected, redundant feeders to the mission core, sited at a stand-off that still keeps cable runs short.

• Short critical path: fewer series components to fail
• Redundant, protected feeders to the mission core
• Stand-off preserved despite proximity
• Unit separation preserved despite compactness

Thermal co-location

Proximity also enables use of residual heat in campus thermal loads where useful, since heat is hard to move far. Co-location thus serves both electrical resilience and, where applicable, thermal integration.

Layout is site-specific and design-stage; the governing principle is to minimise the number of series components between the source and the mission it protects, while still preserving the stand-off and inter-unit separation the redundancy depends on. The layout therefore optimises the critical path specifically — the feeders to the mission core are made short, redundant, and hardened — even where less-critical distribution is allowed to run farther.