open-energymesh-offline-first-distribute/README.md

Open-EnergyMesh Offlin e-First MVP

Open-EnergyMesh is a lightweight, offline-first distributed microgrid orchestration platform. This MVP provides a minimal yet functional in-memory data model for energy devices (inverters, storage, meters) and a tiny mesh orchestrator capable of local flow calculation with an optional ADMM-like adapter hook.

Key ideas implemented in this MVP:

• Offline-first, edge-friendly data model for basic energy devices.
• Lightweight local optimization hook (ADMM-lite) that can be extended by adapters.
• Delta-sync support to apply small, deterministic updates to the local state.
• Simple governance-oriented patterns (scaffolding, not production-grade yet).

What you can run now

• Tests: npm test
• Source: src/mesh.js, src/solver_admm.js, test/test.js

How to extend

• Implement new adapters (e.g., inverter, meter) that plug into EnergyMesh via registerAdmmAdapter.
• Extend computeFlow with more sophisticated physical models or forecasting inputs.
• Add delta-sync payloads for additional devices or signals.

Roadmap (high level)

• Phase 0: finalize 0.2 protocol, add two reference adapters, ADMM-lite core, delta-sync.
• Phase 1: offline/HIL testing with two adapters; governance ledger scaffolding.
• Phase 2: CatOpt bridging for cross-domain interoperability; SDK for adapters.
• Phase 3: governance tooling, conformance tests, and community pilots.

Notes

• This repository emphasizes minimal, pragmatic changes; the goal is to establish a safe, extensible MVP while keeping the codebase approachable for contributors.

See AGENTS.md for architectural guidance and testing rules.