Digital economy

Data centres: Italian operators are calling for clear timelines

Gallo (Ida): a firm commitment is needed from the institutions regarding the approval and management of projects for new facilities

Rugvica facility di Vertiv in Croazia

3' min read

Translated by AI
Versione italiana

3' min read

Translated by AI
Versione italiana

Among the many issues surrounding the topic of data centres for artificial intelligence, the most important one at present for EU bodies is being able to demonstrate, using comparable data, how much electricity and water these facilities consume, from which (renewable) sources they are powered, and how they can contribute to the overall European energy system by reusing some of the waste heat.

The European Energy Efficiency Directive (EED, 2023/1791) introduced monitoring and reporting obligations in this regard, as set out in Delegated Regulation 2024/1364, and in September the European Commission presented a rating scheme and a labelling system – currently under review by the Parliament and the Council (the first labels are expected in 2027) – designed to provide clarity on data centre figures and initiatives for the intensive use and development of renewable energy sources. In short, transparency is at the top of Brussels’ priorities, but it is clear that the obligation to measure alone cannot resolve all the problems associated with the evolution of a sector that is strategic for the global digital economy.

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Integration with the electricity grid

For example, a number of representatives from the Eudca (European Data Centre Association) who attended a recent data centre-themed event organised by Vertiv emphasised that one of the key issues is the diversity of infrastructure. Alongside large cloud and AI campuses, there are corporate facilities and smaller sites serving hospitals, banks and public authorities. Assessing energy consumption therefore requires looking not only at the size of these facilities but also at their function, their location and their relationship with local energy networks.

Another topic for discussion is integration with the existing electricity system: grid connections, the availability of new renewable generation capacity, energy storage and flexibility in consumption are all aspects that need to be planned right from the design phase of new data centres (and not just after they have been built), through close dialogue with local authorities and communities.

What’s happening in Italia?

According to Michele Gallo, Secretary-General of Ida (Italian Datacentre Association), the European labelling scheme can certainly help to make the sector’s data and initiatives more transparent, whilst taking into account the obvious differences in the impact of these facilities, given the varying climatic conditions between northern and southern Europe. ‘We are a sustainable industry by necessity, and we are so first and foremost for economic reasons and to keep industrial costs down,’ he explained to *Il Sole 24 Ore*, ‘and secondly because of the potential benefits for the local area. We need clear timelines for implementation and a firm commitment from the relevant institutions regarding the validation and management of projects for new data centres.”

The Ida 2026 study, recently presented in Rome, provides some insights into Italia’s potential, starting with the figure showing the operational commercial capacity at the end of 2025 of active sites on the Italian peninsula, which stood at around 460 MW. Thanks to a robust pipeline of 1,839 MW (of which 230 MW are under construction, 673 MW are under development and 936 MW are at the preliminary stage), by 2031 this capacity could reach up to 2.3 GW in a full-scale deployment scenario.

The study also estimates potential infrastructure investment of around 37 billion euros over the period 2026–2036 and, in terms of employment, around 26,000 FTEs (full-time equivalents) on a permanent basis by 2036, to which would be added around 20,000 temporary FTEs per year during the development and construction phases. The Ida report supplements the Italian data with a European benchmark from Eudca, drawn from a study conducted in 2025 by Pb7 Research, which surveyed 69 colocation and hyperscale operators on the approximate breakdown of electricity consumption at their facilities. Indeed, in the reported electricity mix, around 97 per cent of the electricity comes from low-emission sources, largely renewable.

Requests to Terna for 100 GW

Returning to Italia, Gallo confirms that requests for data centres received by Terna, the operator of Italy’s national electricity transmission grid, totalled around 100 GW of capacity in September, compared with a realistic expectation of around 2 GW of installed capacity by 2030. This is something of a paradox that mirrors the state of the connectivity infrastructure, which Gallo considers ‘good even for the network of regional edge data centres, distributed across the entire backbone of the peninsula and not just in the main metropolitan hubs, with Milan, of course, at the forefront’. The game has only just begun: the actual availability of energy and certainty regarding the completion times of projects in the pipeline, as well as the capacity that can actually come online, are becoming the central issues in the data centre market, just as much as the efficiency of the data centres themselves.

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