Expected production
Know what each string, inverter and turbine should produce under the day’s sun, wind and temperature.


Unyx Energy builds digital twins of solar and wind plants. Ask the twin what each string, inverter or turbine should produce at any minute and, when a reading differs, which fault explains it and where.


Connected sources. A shared understanding of what comes next.

Production data, battery status, equipment availability and operating schedules often live in separate systems. The complete picture takes work to assemble.
Know what each string, inverter and turbine should produce under the day’s sun, wind and temperature.
When a reading falls short, see which faults could explain it and where they are on the plant.
Keep inspections, photographs and tasks with the asset they concern.
Block B001: 144 strings and 2,016 modules, modeled by Unyx Energy minute by minute.
Preparing the day…
Our development approach starts with a clear view of one site and builds toward decision support and supervised automation.
Bring the plant’s equipment, layout and operating records into one model, each record attached to the asset it describes.
The foundation: reliable visibility.We compute the plant from its physics: sun, wind, temperature and the electrical network of its equipment, at any minute. Each value comes with a proven bound.
The next step: informed decisions.When a reading departs from the twin, the twin ranks the faults that could explain it and locates them on the plant plan. Your team plans the response in Solaria and Eolia; supervised automation comes as operating evidence allows.
The progression: action with accountability.
The first conversation starts with the energy sources you have, the decisions your team makes, and the operating question you need to answer.


Tell us about your plant, its equipment and data, and the question you need answered. Start a conversation about a pilot.