| Key TakeawaysThe European Commission published its Strategic Roadmap for Digitalisation and AI in the Energy Sector on 3 June 2026.The Roadmap is a policy communication, not binding legislation, but signals significant regulatory change by 2030.It is structured around three pillars and seven flagship actions. Key measures include tripartite grid connection agreements, an EU rating scheme for data centres, an EU framework for simplified cross-border energy data exchange, and approximately € 265 million in R&I investment across AI and digital solutions for energy.Affected parties include data centre operators, grid operators, energy businesses and AI developers. |
Europe’s energy system is being pulled in three directions at once: decarbonisation, digitalisation and an intensifying global race for technological leadership. On 3 June 2026, the European Commission (“Commission”) responded with its Strategic Roadmap for Digitalisation and AI in the Energy Sector (“Roadmap”). A Q&A has now also been published. The Roadmap leaves little room for ambiguity: a sustainable digitalised EU energy system is “no longer optional, but essential”.
The Roadmap is a policy communication, setting out a programme of regulatory measures, legislative proposals and funding instruments — several of which are already in the pipeline. This article sets out an overview of the Roadmap’s three pillars and seven flagship action points, and identifies the areas that demand the attention of businesses across the energy value chain.
Strategic Context: Competition, Demand and Opportunity
The Commission frames the Roadmap as a response to a competitive and geopolitical challenge. High energy prices, volatile fossil fuel markets and the EU’s exposure to global import disruptions underscore the case for a digitalised, interconnected energy system and technology sovereignty. Sovereign control over the AI models and algorithms on which critical energy infrastructure depends is treated as a matter of strategic autonomy.
The Roadmap builds on the AI Continent Action Plan, the Apply AI Strategy, the 2022 Digitalisation of Energy Action Plan, and complements the Cloud and AI Development Act. Its analytical foundations draw on the ENTEC2 study “Support for the preparations of a strategic roadmap for digitalisation and AI in the energy sector” (May 2026), covering cost-benefit analysis, market analysis, foundation models, data centre flexibility and heat reuse, and the results of the open public consultation. Global players are already positioning AI as a strategic asset for the energy sector. As stakeholders in the public consultation on the Roadmap warned: “Europe lost the LLM battle, now risks becoming permanently dependent on AI models that operate our critical energy infrastructure, putting EU’s sovereignty at risk”.
Digitalisation is also reshaping energy demand. The International Energy Agency (“IEA”) estimates that data centres will account for more than 20% of electricity demand growth in advanced economies by 2030, with EU installed capacity projected to grow from approximately 12 GW in 2025 to around 28 GW by 2030. Managing that growth without destabilising grids or increasing costs for other consumers is a central concern of the Roadmap. The Roadmap further addresses the growing pressure of data centre expansion on water resources, in line with the EU Water Resilience Strategy.
The potential gains are equally significant. The IEA estimates that deploying existing AI applications in power plant operations and maintenance could generate global annual savings of € 95 billion by 2035. In Europe, digitalisation could deliver over € 71 billion in direct annual consumer savings and more than € 300 billion in wider system benefits.
Security, Affordability and Sustainability: The Policy Framework
The Roadmap’s ambitions are best understood through the lens of the World Energy Council’s Energy Trilemma: balancing energy security (reliable supply and system resilience), energy equity (universal access to affordable energy), and environmental sustainability (climate mitigation). The Roadmap’s stated objective – “secure, clean and competitive energy for all consumers” – maps directly into those three dimensions. Its measures are designed to ensure that the digital build-out reinforces security of supply, that efficiency gains translate into lower costs for businesses and households, and that AI and data optimisation accelerate decarbonisation. That three-way balancing act runs through the architecture of the entire document.
These themes were echoed at the Commission’s signature event on 3 June 2026 following the adoption of the Roadmap. During the round-table discussion, participants underlined that without electricity there can be no AI, and that AI is a genuinely disruptive force that can also be weaponised. The importance of collaboration, partnership and trust was emphasised, with open-source solutions highlighted as a reflection of a community-driven model and innovation identified as essential for both AI and hardware. Each of these observations maps onto the energy trilemma. Data centre siting and cybersecurity are first and foremost questions of security of supply, but also carry sustainability implications (as further described below). Open-source collaboration and pan-European innovation speak to competitiveness and technological sovereignty, reinforcing both security and affordability. Community-driven governance, in turn, highlights the trust and legitimacy on which the Roadmap’s balancing act depends.
The Roadmap at a Glance: Three Pillars, Seven Flagship Actions
The Roadmap is structured around three pillars: Energy for AI, Digitalisation and AI for the Energy System, and Data for AI and the Energy System. Horizontal and cross-cutting sections on trust, cybersecurity, skills and governance complement the three pillars. All seven flagship actions are to be implemented by 2030.
Pillar I – Energy for AI: Grid Integration and Data Centre Standards
Pillar I addresses the grid integration of data centres as a rapidly growing source of demand that, if uncoordinated, risks creating congestion, increasing network costs and threatening security of supply.
- Flagship Action 1 – Tripartite Agreements. Action 1 introduces a model for voluntary tripartite agreements between public authorities, data centre operators and energy-related parties on grid integration, clean energy supply, flexibility and energy performance. A declaration of intent between fourteen European industry associations has already been signed in connection with the adoption of the Roadmap, with the model agreement intended to be published in the second half of 2026. To prevent speculative capacity reservations, greater transparency requirements for grid connections have been introduced, underpinned by a ‘use-it-or-lose-it’ principle. Although voluntary, the Commission is explicitly considering a dedicated legislative proposal at a later stage if voluntary measures prove insufficient, a development with significant commercial implications for data centre operators.
- Flagship Action 2 – Data Centre Energy Efficiency Package. Action 2 highlights the implementation of an EU rating scheme for data centres covering energy and water efficiency, clean energy use, waste heat reuse and flexibility (see also here; first labels expected in 2027), and launching a process towards minimum EU energy performance standards for new and existing data centres (assessment by 2027). In 2025, the Commission published an Assessment of the energy performance and sustainability of data centres in EU and has now announced a report on improving energy efficiency of data centres.
Pillar II — Digitalisation and AI for the Energy System: Smart Grids, Funding and AI Models
Pillar II focuses on making the energy system smarter and more data-driven. Smart grids providing real-time visibility, interoperability and controllability are the prerequisite for AI to deliver meaningful optimisation at scale.
- Flagship Action 3 – Smart Grids. Action 3 covers both smart grid key performance indicators and the acceleration of smart meter rollout. The Commission, working with ACER (Agency for the Cooperation of Energy Regulators), will finalise EU-wide smart grid indicator catalogues by mid-2026, with ACER tasked to provide recommendations on smart grid indicators in 2028. These indicators are expected to influence network tariff structures, capital expenditure approvals for grid operators and public procurement criteria across Member States. In parallel, the Commission will present a legislative proposal in 2026 to accelerate the deployment of smart meters across the EU. The Roadmap also highlights the potential of grid-enhancing technologies, which can increase grid capacity by up to 40% and reduce costs for conventional grid expansion by up to 35%. A digital twin toolbox will be developed by ENTSO-E and the EU DSO Entity, with a blueprint due by mid-2026 and best practices to follow in 2027, to improve interoperability and scalability across the grid.
- Flagship Action 4 – AI Models and R&I Funding. Action 4 supports the development and deployment of AI foundation models for the energy sector. Approximately € 75 million is allocated to AI in energy and around € 190 million to broader digital energy solutions, drawing on Horizon Europe (see Horizon Europe projects supporting the digitalisation and use of AI in the energy system). This sits within Horizon Europe’s wider allocation of approximately € 1 billion to research and innovation in energy systems, grids and storage across 2021–2027.Action 4 also targets AI deployment across the energy value chain, with emphasis on foundation models for demand forecasting, congestion management and fault detection. Horizon Europe will fund AI models for grid management through calls of € 30 million in 2026 and € 20 million in 2027, with first operational models expected by end 2027. A further € 90 million is directed towards digital solutions for electricity grids. The Roadmap also introduces open-source AI tools for national digital permitting portals to accelerate permit procedures for energy projects.
Pillar III — Data for AI and the Energy System: EU Framework for Cross-Border Energy Data Exchange
Pillar III addresses the data foundations needed to support AI deployment and a functioning energy data economy. Its centrepiece is an EU framework for simplified cross-border energy data exchange, designed to provide the interoperability standards and governance arrangements that the current fragmented framework lacks.
- Flagship Action 5 – Framework for Cross-Border Energy Data Exchange. Action 5 is one of the most structurally significant measure in the Roadmap. The Commission will establish an EU framework for simplified cross-border energy data exchange, defining harmonised data access procedures, minimum interoperability standards, safeguards for commercially sensitive and personal data, and mechanisms for the lawful secondary use of energy data for public interest purposes. The framework will build on existing national data hubs and seek to ensure seamless cross-border data flows, drawing on the Digital Omnibus, the EU Data Act and EU Digital Identity Wallets as its legal basis. The Commission will conduct an assessment in 2026, with development of the framework commencing from 2027. Better data sharing under this framework could unlock approximately 230 GW of additional flexibility capacity by 2030.
Horizontal Actions — Trust, Safety, Skills and Governance
The remaining flagship actions cut across all three pillars, addressing the enabling conditions of cybersecurity, AI safety, workforce capacity and governance without which the Roadmap’s substantive measures cannot be effectively implemented.
- Flagship Action 6 – AI Safety and Cybersecurity. Action 6 addresses the security implications of increasingly connected and automated energy infrastructure. The Commission will issue guidance on high-risk AI systems in energy under the EU AI Act (the draft guidelines are currently under consultation), work with Member States to establish AI regulatory sandboxes for testing and validation of energy AI applications, and promote sovereign AI tools for vulnerability detection, monitoring and incident response in line with the wider EU cybersecurity framework.Critically, the final Roadmap adds a major supply chain security dimension: the Commission will carry out a systemic risk assessment for solar and wind energy equipment. EU funds will be restricted for inverters from high-risk suppliers, and the revised Cybersecurity Act may introduce a prohibition on the use of inverters from high-risk suppliers. This is highly significant for renewable energy businesses and grid operators.The Roadmap also targets workforce capacity, with measures including a possible Net Zero Academy on smart grids supported under the LIFE CET programme, and broader initiatives under the Pact for Skills and Erasmus+. The Commission further commits to advancing implementation of the G7 Energy and AI Work Plan (see also G7 Leaders’ Statement on AI for Prosperity).
- Flagship Action 7 – Tracking Digitalisation and Energy Data. The Roadmap announces three initiatives under this flagship action: (i) convene an annual Energy Digitalisation Forum, (ii) a Fuel Observatory to track energy market data (as announced in AccelerateEU), and (iii) a ‘Better Energy Data’ initiative to map data gaps in the energy system. Monitoring metrics for digitalisation and AI adoption will be developed in 2027. Furthermore, the Commission will examine how digitalisation and AI can be better integrated into the Energy Union governance framework.
What This Means in Practice
The Roadmap sets a decisive course that will continue to reshape the operating environment for businesses across the energy value chain, and its implementation will raise significant commercial and regulatory questions. The key implications by sector are as follows.
- Data centre operators: Tripartite agreements and the Data Centre Energy Efficiency Package (including energy performance rating schemes and minimum standards) signal tighter conditions for energy efficiency, grid connection and permitting, greater transparency requirements, a ‘use-it-or-lose-it’ principle; and the possibility of binding legislation if voluntary tripartite agreements prove insufficient.
- Grid operators and technology providers: Smart grid indicators, with the EU catalogue to be finalised by mid-2026 and ACER recommendations to follow in 2028, will increasingly shape regulatory determinations and public tender criteria.
- Energy businesses and AI developers: The Horizon Europe foundation model programme is both a significant funding opportunity and the framework within which EU grid management AI models will be developed and deployed.
- All energy market participants: The EU framework for simplified cross-border energy data exchange will reshape data access and sharing for all energy market participants. Key governance, liability and data treatment questions remain to be resolved. The Commission will complete an assessment in 2026, with framework development commencing from 2027. The potential unlock is significant: approximately 230 GW of additional flexibility capacity by 2030.
For further information or to discuss what the Strategic Roadmap means for your business, please contact Tialda Beetstra, Karolina Kjellberg, Cen Zhang or Alba Dewit Pertegás
A sustainable digitalised EU energy system is “no longer optional, but essential”
For further information, please contact:
Tialda Beetstra, Bird & Bird
tialda.beetstra@twobirds.com
