POWER + HEAT
Energy Spine
Shared energy architecture connects generation, storage, protected loads and thermal recovery across surface and SUBTERRA.
Concept architecture · simulation-visible
PHOENIX Engineering World
Make infrastructure visible, connected and challengeable.
The 3D world is used to show how energy, water, air, heat, data, food, waste, access and logistics depend on one another. The public layer communicates that systems story at a high level.
Normal simulated state
All public system cards show their normal concept-simulation role.
Engineering systems explorer
POWER
Protected microgrid
Sectional islanding, protected priorities and black-start logic can be rehearsed in the deterministic simulation.
Concept architecture · professional engineering required
STORAGE
Battery reserve
Distributed banks, critical reserve and separate black-start support are represented as resilience concepts rather than claimed installed plant.
Concept design · not physically implemented
WATER
Water + wastewater
Redundant pumping, separated water uses, treatment, reuse, isolation and emergency reserve are part of the systems model.
Concept architecture · site and engineering validation required
AIR + HEAT
Plant + environmental control
Separate environmental zones, ventilation paths, recoverable heat and equipment-state cues are made inspectable.
Simulation representation · not final HVAC engineering
RESOURCES
Resource Cascade
Waste heat, water, organics and recoverable resources are shown as connected opportunities rather than isolated systems.
Concept integration map
ACCESS
Vertical movement
Lifts, stairs, separated access cores and equipment routes connect the six underground levels while preserving distinct people and service flows.
Concept architecture · life-safety engineering still required
LOGISTICS
Maintenance + spares
Major systems are paired with replacement access, service routes, inspection concepts and strategic spares rather than treated as sealed black boxes.
Maintainability concept
HUMAN SYSTEM
Accessibility + fallback
Accessible routes, local/manual fallback and human authority are treated as part of the system architecture, not an afterthought.
Human-centred design principle
Systems Alive
Infrastructure state became part of the world.
PHOENIX can visually represent authored flows for power, water, air, heat, data and waste, together with deterministic fault, redundancy and recovery demonstrations. A simulated fault can slow one path while another remains available, making dependency and resilience visible.
Important:
flow markers are simulation visualisations, not measured flow rates or live telemetry. Physical protection, switching, isolation, emergency response and commissioning require qualified engineering and independent safety systems.