Supervisar los sistemas de almacenamiento de energía para garantizar un rendimiento, seguridad y eficiencia óptimos para la integración de energías renovables en las operaciones de la instalación.

Priority
This function orchestrates real-time data streams from battery management systems to track energy storage levels, health metrics, and thermal conditions. It aggregates inputs from sensors across multiple storage units to provide a unified view of capacity utilization and state of charge. The system correlates historical usage patterns with current renewable generation rates to predict potential imbalances or degradation risks. By maintaining continuous oversight, it enables facilities managers to make informed decisions regarding charging cycles, discharge protocols, and maintenance scheduling without manual intervention.
The orchestration engine collects heterogeneous sensor data from distributed battery arrays within the renewable energy infrastructure.
An analytical layer processes this stream to calculate aggregate state of charge, temperature trends, and voltage stability across all units.
Alerts are generated only when thresholds indicate critical deviations from optimal operating parameters for storage integrity.
Ingest live telemetry from battery management controllers across the facility.
Correlate storage metrics with incoming solar or wind generation data.
Execute anomaly detection algorithms to identify degradation or thermal runaway risks.
Trigger automated dispatch commands to adjust charge/discharge rates as needed.
Facilities personnel view a centralized map displaying real-time capacity levels and health indicators for each storage cluster.
Automated messages deliver critical thermal or voltage anomalies directly to facility management mobile devices.
Historical performance data is automatically archived to support predictive maintenance planning and regulatory compliance reporting.