Control Algorithm for Aggregated Energy Assets
Real-time system for monitoring and activating physical power units to reach capacity setpoints across portfolios — delivering 33% of target capacity within 500ms, 86% within 700ms, and achieving full stability within 3 seconds.
Built a real-time control platform that aggregates distributed heating and energy assets — each with varying power capacities — into coordinated pools. The system maintains capacity delivery within regulatory tolerance bands, achieving full stability within seconds of activation. The control framework continuously evaluates device availability and operational constraints to ensure reliable activation while respecting safety limits and minimizing unnecessary device stress. The system maintains stable capacity delivery even in the presence of device variability or unexpected behavior, ensuring robust performance across distributed assets. The architecture supports concurrent operation across multiple portfolios of devices, dynamically coordinating available resources to meet target outputs under real-world operating conditions.
Professional Context
