Unify
Connect meters, inverters, PCS/BMS, chargers, environmental sensors and critical loads.
EdgeNex unifies industrial edge control, energy forecasting and optimization, and an operations agent so renewable energy sites can sense in real time, reason intelligently and execute reliably.
Industrial edge control
Multi-protocol integration
AI forecasting & diagnostics
Offline local autonomy
The edge understands data, deterministic control executes critical actions, and AI continuously forecasts, diagnoses and improves strategy.
Connect meters, inverters, PCS/BMS, chargers, environmental sensors and critical loads.
Forecast PV output, demand, charging behavior and SOC to inform site strategy.
Correlate alarms, logs and signals to explain anomalies and surface root-cause clues.
Refine strategy around demand, tariffs, asset life and site constraints.
A shared hardware, protocol, data and operations foundation becomes repeatable products for control, optimization, safety and operations.
Industrial interfaces, local rules, lightweight inference, buffered data, offline autonomy and remote service.
Forecasting, demand control, storage strategy and performance review for commercial energy sites.
Correlates environmental, electrical and system signals for anomaly detection, risk grading and traceability.
Uses point lists, manuals, alarms, logs and work orders to assist commissioning and troubleshooting.
PV, storage, charging, meters, HVAC, fire systems, sensors and loads
Industrial I/O, protocols, buffering, rules, lightweight inference and fallback
Forecasting, anomaly detection, root cause, knowledge and constrained optimization
Project operations, remote service, reporting, collaboration and model iteration
Unify site assets, enforce local demand limits and continuously optimize energy strategy.
Learn more02Add independent monitoring, anomaly detection and event evidence beyond primary systems.
Learn more03Improve resilience and efficiency through demand forecasting, storage dispatch and backup coordination.
Learn moreAI is never the sole basis for critical protection. Deterministic rules, hardware safeguards, human authorization, fallback and complete logs define the safety boundary.
We prioritize pilots with a real site, device documentation, historical data and clear acceptance criteria.
Start a pilotShare the site and device context
Define data and acceptance criteria
Integrate, run and review the outcome