Global Energy Regime Awareness — Documentation Index
🔰ROOT
🔰 README — Introduction to global energy regime awareness.
🧑🚀 RTT Learning Resources
🚁 OVERVIEW
🎯 Purpose — Why regime awareness matters for energy systems.
📏 Scope & Non‑Goals — What this framework does and does not attempt.
📚 Terminology Alignment — Shared language across energy domains.
🌅 ENERGY REGIMES
⚡ Steady‑State Generation — Normal operating conditions.
📈 Peak Demand Conditions — High‑load and stress regimes.
🌬️ Renewable Variability — Intermittent and variable generation.
🚨 Emergency Operations — Faults, outages, and crisis response.
🔋 GRID ENTRY POINTS
🏭 Generation Assets — Power plants and generation sources.
🗼 Transmission Networks — High‑voltage transport infrastructure.
🏘️ Distribution Systems — Local delivery and last‑mile grids.
🔋 Storage & Buffering — Energy storage and buffering mechanisms.
📚 MINIMAL SCHEMA
🧬 Energy Regime Awareness Schema — Minimal declarative schema.
📄 Example Grid Declaration — Minimal working example.
📝 Schema Design Notes — Rationale and design constraints.
📚 RTT Schemas — System Architecture & Tooling
INTEGRATION PATTERNS
🕊️ Passive Grid Declaration — Awareness without control.
👷 Operator Context Alignment — Supporting human operators.
📊 Observability & SCADA — Aligning telemetry with regimes.
🚦 Automation Boundary Markers — Declaring safe automation edges.
☢️ OPERATIONAL IMPLICATIONS
🧯 Grid Event Interpretation — Understanding grid events structurally.
⚖️ Load Shedding Context — Structural context for shedding decisions.
🧾 Post‑Event Analysis — Clear, regime‑aware retrospectives.
💱 RELATIONSHIPS
🔗 Relationship to Enterprise Structural Awareness.
🏗️ Relationship to MSRM — Manufacturing substrate alignment.
🌊 Relationship to RSM — Resonance substrate alignment.
🔀 FUTURE
🔮 Future Directions — Possible extensions and explorations.
🔙
rtt=1 | coherence=declared | drift=bounded | paradox=structural