Adjustable modular and digital photovoltaic cladding system

Adjustable modular and digital photovoltaic cladding system (1), designed to produce electricity obtained from solar energy and to project digital contents, on a surface of a building to be covered, characterized in that said system (1) is capable of rotating by an angle a with 0°<α<360°, thus allowing a coating of external and roofing surfaces, with variable dimensions, extensions and inclinations, said system (1) comprising:

• a plurality of LEDs (10) arranged on a first plurality of horizontal bars (100);
• at least one strip of photovoltaic cells (20), arranged on a front surface of a second plurality of horizontal bars (200);
• a plurality of detection and control sensors, designed to control brightness, contrast and chromatic range of said plurality of LEDs (10);
• an aluminum perimeter structure (2);
• said first plurality of horizontal bars (100), internally connected with each end to said perimeter structure (2) by means of a joint element (3) and equipped with at least one movement device capable of inducing a slow rotation of each of said first plurality of horizontal bars (100) by an angle a, included in a range 0°<α<360°, and provided on the front surface with a plurality of holes designed to enable housing said plurality of LEDs (10);
• said second plurality of horizontal bars (200), internally connected with each end to said perimeter structure (2) by said joint element (3), preferably made of Teflon®, and equipped with said movement device capable of inducing a slow rotation of each plurality of horizontal bars by an angle a, included in a range 0°<α<360°, and provided on a front surface of the strip of photovoltaic cells.