Layered power for stations, bases, and recovery networks.
Strata Energy groups Aurora's public power architecture into generation, storage, conditioning, distribution, habitat continuity, and safety containment layers.
Layered generation, storage, conditioning, distribution, isolation, and resilient habitat power for long-duration Aurora operations.
Strata Energy groups Aurora's public power architecture into generation, storage, conditioning, distribution, habitat continuity, and safety containment layers.
Orbital arrays, station reactors, planetary power blocks, and deployable generation nodes.
Clean conversion, switching, isolation, and load balancing for mixed mission environments.
Emergency reserves, habitat-safe cutover, and critical-system load prioritization.
All cards point to existing daughter folders.

Architecture for multi-layer generation, storage, conditioning, distribution, and load isolation across space and surface deployments.
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Buffer systems, regenerative storage, reserve capacity, and safe storage doctrine for orbital and planetary infrastructure.
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Power-quality management, converters, isolation modules, switching, and fault-tolerant conditioning layers.
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Distribution architecture with segmented isolation, load shedding, emergency cutover, and fault containment.
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Power collection, transfer, routing, storage, and orbital-grid operations for Aurora stations and relay assets.
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Base power planning for lunar, Martian, asteroid, and deep-field settlements with modular redundancy.
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Habitat-safe power continuity for life support, medical systems, shelter loops, and emergency operations.
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Arc-flash control, fire isolation, thermal cutoff, power quarantine, and emergency containment doctrine.
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