Industrial plant – Fagagna (UD)

Pratic: 410,205 kWp sulla copertura dello stabilimento

Un grande impianto fotovoltaico progettato sulle coperture dello stabilimento Pratic, con 943 moduli distribuiti su più fabbricati.

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943
Photovoltaic modules
435 W
Power per module
400 kW
Potenza inverter
4 Livoltek
Inverter installati
Fagagna – Udine
Location
Il progetto

Over 410 kWp serving the plant.

For the Pratic factory in Fagagna, Sistemi Solar Green has developed a 410,205 kWp photovoltaic project, distributing 943 modules on the large roofs of the production buildings.

The configuration was studied following the geometry of the different pitches and keeping skylights, openings and technical paths free. The system is divided into several fields and strings, connected to four 100 kW inverters.

The project also includes the sizing of the cable trays, string panels, protections and the interface with the plant's electrical system.

Scheda tecnica
Location Via A. Tonutti – Fagagna (UD)
System power 410,205 kWp
Modules 943 Sonnenkraft
Power per module 435 Wp
Inverter 4 Livoltek GT3-100K-1
Total inverter power 400 kW
String arrays 4
Module installation Partially integrated into the roof
Distribution Multiple fields and strings across two buildings
Channelings Wire mesh cable trays and enclosed trunking with lids
Type Industrial facility roofing
Il cantiere

A large system spread across multiple roofs.

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The challenge

Coordinating 943 modules on complex roof structures

Distributing a system exceeding 410 kWp across multiple production buildings while accommodating existing roof geometry, skylights, openings, and service pathways.

The solution

Four coordinated sections in a single system

The project includes 943 435 W Sonnenkraft modules, organized in fields and strings connected to four 100 kW Livoltek inverters. Walkways, string panels and protection devices have been designed to order connections and facilitate management and maintenance.

The result

A total power of 410,205 kWp

The designed configuration allows the roofs of the factory to be enhanced with a total photovoltaic power of more than 410 kWp and an alternating current conversion capacity of 400 kW.

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