Photovoltaic Canopies at the Verona Agro-Food Market
The project involved the design and construction of modular ballast-mounted photovoltaic canopies within the parking areas of the Verona Agro-Food Market, one of the main logistics hubs in Northern Italy, located within the Quadrante Europa Intermodal Terminal.
The primary objective of the project was to enhance the facility’s energy efficiency while simultaneously optimizing the use of external spaces, improving services for electric mobility, and reducing environmental impact through the exclusive use of CAM-certified materials, including low-impact steel and concrete.
- Location
Verona Agro-Food Market, Interporto – Quadrante Europa, Verona, Italy - Period of realisation
2025 - Client
Verona Mercato S.p.A.
Structure and Technology
The canopies were constructed using a modular steel structure, consisting of Y-shaped columns and staggered tubular beams, treated with hot-dip galvanizing and powder coating to ensure durability and long-term performance (corrosion protection class C4 in accordance with ISO 12944).
The CAM-certified precast reinforced concrete ballasts were installed above ground, eliminating the need for excavation works and preserving existing underground infrastructure. Each module covers three parking spaces and is equipped with 14 bifacial photovoltaic panels rated at 480 W each.
The project also included the reorganization of horizontal road markings, the installation of integrated LED lighting systems within the structures, and the provision of multiple electric vehicle charging stations.
Photovoltaic System and Management
The overall system has an installed capacity of 2,378.88 kWp, covering an area of over 10,700 m², and consists of:
- 4,956 bifacial photovoltaic modules
- 20 inverters and 2 transformer substations
- Energy storage systems
- Electric vehicle charging infrastructure
- Medium-voltage electrical network with centralized and digitalized monitoring
The entire system is managed through a Central Plant Controller (CPC), compliant with ARERA regulation 540/2021/R/eel, enabling real-time control and optimization of energy consumption, with full grid integration.
Results
The estimated annual energy production exceeds 3 GWh, providing significant benefits in terms of CO₂ emissions reduction and fossil fuel savings. The project stands out for its balance between technical performance, environmental sustainability, and architectural integration within a highly complex urban and logistics context.
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