Global Energy Regime Awareness — RTT
🔰ROOT
🔰 README
🔗 About | TriadicFrameworks
🤝 Contributing
💯 Education | RTT
🎯 Glossary
📜 Lineage
📎 License
🌐 Sitemap
⚡ Quickstart
🤝 Code of Conduct
🔐 Security
🧘 Principles
🚁 Overview
🎯 Purpose
📏 Scope & Non‑Goals
📚 Terminology Alignment
🌅 Energy Regimes
⚡ Steady‑State Generation
📈 Peak Demand Conditions
🌬️ Renewable Variability
🚨 Emergency Operations
🔋 Grid Entry Points
🏭 Generation Assets
🗼 Transmission Networks
🏘️ Distribution Systems
🔋 Storage & Buffering
📚 Minimal Schema
🧬 Energy Regime Awareness Schema
📄 Example Grid Declaration
📝 Schema Design Notes
Integration Patterns
🕊️ Passive Grid Declaration
👷 Operator Context Alignment
📊 Observability & SCADA
🚦 Automation Boundary Markers
☢️ Operational Implications
🧯 Grid Event Interpretation
⚖️ Load Shedding Context
🧾 Post‑Event Analysis
💱 Module Relationships
🔗 Module Support
🏗️ Relationship to MSRM
🌊 Relationship to RSM
🔀 Road-Map
🔮 Future Directions
🏗️ Triadic Tools
🌐 Alignment | RTT
🚸 Awareness
🔱 Triadic Observer Layer
🏗️ Domain Primer Tools
📦 RTT Packages and Cores
♨️ TFT 3Pack CLI Tools
🕸️ Schemas
🛄 EcoEchoSystem
🎨 LACTOS
🤔 Ideas
🔛(RTT frozen)
🔜FFT
🔝RTT/1
🔙RTT
🔙TFT
Session Context
Canon:
active (energy-regime-awareness)
Modules:
linked (steady-state ↔ peak-demand ↔ renewable-variability ↔ emergency-operations ↔ generation ↔ transmission ↔ distribution ↔ storage ↔ SCADA ↔ automation-boundaries ↔ event-interpretation ↔ post-event-analysis)
Drift:
minimal (regime-locked)
Coherence:
stable (energy-regime grammar)
Version:
1.0 (GERA-stable)
Format:
html + markdown + schema + examples
Front door:
exists (GERA root)
Every page:
stands alone + passive + non-prescriptive
Audience:
operators + planners + researchers + analysts + engineers + policymakers + AIs
⚡ Global Energy Regime Awareness
🔹 Passive • Descriptive • Operator‑Aligned