Technical architecture

C4E Energy OS on the technical side couples AI optimization with verifiable metering, on-chain settlement, and regulatory-grade data exchange and consists of the following modules:

• The AI Optimization Engine continuously ingesting weather forecasts, IoT sensor streams (meters, inverters, batteries), and market price feeds, its predictive models generate short- and medium-term forecasts for PV/wind generation, load profiles, and storage availability. A multi-objective optimization core then schedules controllable loads (e.g., EV charging, appliance cycles) and storage charge/discharge to minimize cost, shave peaks, and maximize self-consumption refreshing plans as inputs change.

• The Smart Contract Tariff & Settlement Layer which defines, versions, and enforces community tariffs on-chain. Using verifiable metering data, it automatically settles intra-community energy transfers with transparent netting/payouts. It also contains a DAO governance framework that lets members propose and vote on tariff parameters, investment priorities, and operating rules, with auditable changes recorded immutably.

• The DID Mapping & RWA Management module assigns each PPE (Point of Energy Delivery) and devises a Decentralized Identifier, expressing ownership, operational rights, and compliance proofs for real-world assets. Meter readings and device attestations are signed via the DeTrack Gateway to ensure provenance and tamper resistance before data reaches settlement or regulators.

• Regulatory API Integration which provides standards-compliant exchange with DSO platform, automating retrieval of grid pricing signals and consumption baselines for compliance and optimization, and returning auditable outputs for reporting.