Operate the real-time angular positioning of the panels thanks to a learning algorithm trained for any climatic scenario
React in real time thanks to microclimate data collected on site
Communicate angular position instructions to the SCADA of the agrivoltaic plant
A user interface with access to data, alerts and the possibility to set the panels position for determined cases
Cutting edge technology to fit your needs
Transparent and adaptable operation
Explain to stakeholders how panels steering works
Define jointly (Farmer and Producer) the production objectives
Adapt the algorithm on a case-by-case basis, depending on the targeted agronomic benefits
Maximize the synergy of productions
Simulate different panels steering algorithms and their impact on the synergy of productions
Finding the best compromise for a chosen synergy of agricultural and electrical productions
A clear interface, with all the information in real time
Accurate panel steering algorithm for any climate scenario
Development of a data set per project with 100 climate scenarios
Training of the algorithm for better robustness and accuracy of steering
Characteristics of the PilotSoleo control software
Help in choosing the optimum balance of the steering algorithm during the development phase by simulating each of the agricultural and electrical productions
Maximize production in the operation phase
Tailored to the local pedoclimatic context
For any structure: Ampex, Axial, OT, Stace, etc.
For all crops: arboriculture, viticulture, field crops, market gardening, etc.
For any climate scenario: optimized panel steering thanks to AI
