Italy’s energy management authority, Gestore dei servizi energetici (GSE), has outlined an ambitious schedule for Italy solar capacity auctions spanning 2026 and 2027. The organization announced that its renewable energy FerX auctions will distribute 10 gigawatts of photovoltaic capacity alongside 16 gigawatts of wind power capacity across the two-year period.
According to GSE leadership, the implementation timeline calls for one Italy solar capacity auction to conclude by the end of 2026, with the remaining two auctions scheduled throughout 2027. GSE CEO Vinicio Mosè Vigilante confirmed that discussions with European Union authorities regarding tender approval have progressed to their final stages, positioning the organization to move forward with the planned renewable energy auctions.
The inaugural FerX auction, which concluded in December, demonstrated strong market engagement and competitive pricing dynamics. GSE allocated 7,700 megawatts of photovoltaic capacity across 474 separate projects. The procurement exercise received 1,387 project proposals representing a combined capacity of 17,537 megawatts, indicating substantial industry interest in Italy solar capacity auctions.
Pricing outcomes reflected competitive market conditions within the renewable energy auctions framework. Photovoltaic projects achieved an average awarded price of €0.05682 per kilowatt-hour, representing a 37.34 percent reduction below the ceiling price established by Italian authorities. The highest accepted bid reached €0.06267 per kilowatt-hour. Wind power capacity, totaling 940 megawatts across 29 projects, secured an average final price of €0.07285 per kilowatt-hour.
The second solar energy auction under the FerX incentive structure introduced enhanced procurement standards aligned with European Union policy objectives. GSE allocated 1.1 gigawatts of photovoltaic capacity through this renewable energy auction, which represented Italy’s first solar procurement exercise implementing resilience criteria specified in the EU’s Net Zero Industry Act.
The resilience framework introduced supply chain restrictions for larger installations. For photovoltaic projects exceeding one megawatt in capacity, Italian government regulations excluded the use of solar modules, cells, and inverters sourced from China. This requirement reflected broader European efforts to strengthen supply chain security within the renewable energy sector.
The second Italy solar capacity auction concluded with an average final price of €0.06637 per kilowatt-hour, representing a 27.7 percent reduction from the €0.073 per kilowatt-hour ceiling price. The average award price increased by only €0.010 per kilowatt-hour compared to the first auction of the scheme, which did not incorporate the EU resilience criteria. This modest price differential suggested that supply chain restrictions had minimal impact on project economics within the renewable energy auctions framework.
GSE reviewed 273 project proposals with combined capacity of 3.16 gigawatts, ultimately selecting 88 projects for allocation. The competitive response and pricing outcomes demonstrated sustained market confidence in Italy solar capacity auctions despite the introduction of new procurement standards.
The allocation of 10 gigawatts of photovoltaic capacity through the planned renewable energy auctions represents a significant component of Italy’s broader renewable energy expansion strategy. Combined with the 16 gigawatts of wind capacity designated for the FerX auctions, the initiative reflects the country’s commitment to accelerating clean energy deployment while maintaining competitive procurement processes.
The structured timeline for Italy solar capacity auctions with one procurement exercise in 2026 and two additional auctions in 2027 provides market participants with visibility for project development and investment planning. The demonstrated competitive pricing in previous renewable energy auctions, coupled with the integration of EU resilience standards, establishes a framework that balances cost efficiency with supply chain security objectives.