European Energy Starts Construction on Italy’s Largest Agrivoltaic Solar Farm in Sicily

Context The Vizzini site marks Italy’s biggest agrivoltaic venture, blending utility‑scale solar power with active land use. The project follows a wave of European initiatives that pair renewable generation with farming, aiming to maximize land productivity and secure long‑term revenue through Italy’s FER X auction scheme.

Key Facts - Capacity: 225.5 MW, the highest for an agrivoltaic installation in Italy. - Investment: more than €200 million, funded by European Energy and local partners. - Output: projected 405 GWh per year, enough electricity for over 135,000 households. - Land use: 260 ha for panels mounted 1.3 m above ground, 90 ha for reforestation, 25 ha for mitigation (olive trees, prickly pears), and 25 ha left natural. - Agriculture: the layout allows sheep grazing (about 820 animals) and other crops beneath the panels. - Revenue: secured under the FER X Transitional Contract for Difference, providing fixed, long‑term payments. - Stakeholder engagement: project developed with local authorities and landowners, according to Alessandro Migliorini, European Energy’s Head of Public Affairs for Italy.

What It Means The Vizzini agrivoltaic plant demonstrates a scalable model where solar farms coexist with traditional agriculture, potentially easing land‑use conflicts and boosting rural economies. By elevating panels, the design preserves grazing space and supports biodiversity through reforestation and native vegetation. The FER X contract reduces market risk, making the asset attractive to investors and signaling confidence in Italy’s renewable roadmap.

European Energy’s broader Italian portfolio now totals 513 MW across Sicily, Puglia and Molise, all backed by the same auction scheme. If the Vizzini project meets its output targets, it could set a benchmark for future agrivoltaic developments in Europe, encouraging policymakers to replicate the integrated approach.

Looking ahead, monitor the plant’s commissioning schedule and the performance of its combined energy‑agriculture model, which will inform the viability of similar projects across the continent.