Individual identification with authorization for all users.
Monitoring system for devices and traffic, enabling the identification of architecture failures and system intrusion attempts
Advanced algorithms, maximum performance
Our algorithms are designed to increase PV performance.
Cloud and wind algorithms to maximize production without compromising the solar tracker.
Cooler modules: designs adapted to enhance airflow and, in turn, module cooling.
zero shadows, maximum energy
Up to 6.2% more power
A solar plant working in unison with the aim to prevent panel shadowing and maximize generation. A comprehensive control system including asymmetric backtracking, diffuse booster and weather control.
Diffuse Boostercloudy? No problem
Up to 5.2% more energy
With this algorithm we maximise energy production by up to 5.2% more, also when it is cloudy. It moves the trackers to a horizontal position to capture as much radiation as possible.
Experience and innovation come together in an elegant and simple design.
We achieve a higher installation ratio thanks to our extensive experience in the construction of solar plants, giving priority to adaptability to the terrain, reduction of civil works and high construction tolerances.
Adaptability to slopes and terrain boundaries
Increased construction tolerances
Quick, simple installation: Reduced number of piles, parts and bolted pieces
We use different configurations to favor adaptation to terrain conditions, weather challenges and height regulations in each country.
Low maintenance costs, hence optimizing the BOP.
Face-2-Face enables reduced module cleaning times by positioning trackers against one another.