Barbarano Mossano (VI)

Generator power: 676.13 kWp

Caseificio Sociale Ponte di Barbarano (Barbarano Mossano, VI) is a historic agricultural cooperative founded in 1922, specializing in the production of Grana Padano PDO (representing approximately 90% of the processed milk), Asiago PDO, and other fresh or aged cheeses.

Sections 1-2-3-4 of the photovoltaic generator have a power capacity of 200.09 kWp, 177.84 kWp, 247.80 kWp, and 50.40 kWp respectively. This is understood as the sum of the nameplate or nominal ratings of each module measured under Standard Test Conditions (STC), which specify an irradiance of 1000 W/m² with a reference solar spectrum distribution of AM=1.5 and a cell temperature of 25°C, according to CEI EN 904/1-2-3 standards.

The existing Section 1 photovoltaic generator has been replaced with 374 monocrystalline silicon photovoltaic modules of 535 Wp.

The modules are connected in series and parallel to obtain the optimal voltage and current at the input of the respective inverters, as indicated in the attached wiring diagram.

The connection cables between the modules and the inverter are specific solar types for these particular applications, with a cross-section of no less than 6 mm².

The existing Section 2 photovoltaic generator consists of 684 monocrystalline silicon photovoltaic modules of 260 Wp.

The modules are connected in series and parallel to obtain the optimal voltage and current at the input of the respective inverters, as indicated in the attached wiring diagram.

The Section 3 and 4 photovoltaic generator consists of 568 monocrystalline silicon photovoltaic modules of 525 Wp.

The modules are connected in series and parallel to obtain the optimal voltage and current at the input of the respective inverters, as indicated in the attached wiring diagram.

The connection cables between the modules and the inverter are specific solar types for these particular applications, with a cross-section of no less than 6 mm².

Avoided CO2 emissions per year: 157.3 t

Estimated annual production: 314,590 kWh/year