Infrastructure & Strategic Resources

This plan will accelerate cost-effective, system-friendly electrification to lower energy costs, boost competitiveness and cut emissions. It tackles supply and demand across industry, transport and buildings, and will run in parallel with a Heating & Cooling Strategy. Delivery focuses on reliability and flexibility, expanding and digitalising grids, scaling storage and demand response, deepening cross-border integration, and encouraging new demand near clean generation. Policy levers will improve the electricity-to-fossil price ratio (i.e. energy taxation, network tariffs, removing non-energy charges) while mobilising financing, manufacturing capacity and skills along the value chain. Progress will be tracked using KPIs, including raising electricity’s share of final energy toward 32–33% by 2030.

The review will sharpen Europe’s semiconductor strategy for the AI era, addressing gaps in leading-edge capacity and ecosystem resilience. It will prioritise energy-efficient, secure AI chips; streamline State-aid pathways; improve monitoring of supply-chain vulnerabilities and technology-leakage risks; and better coordinate EU-national programmes. Leveraging the Chips Joint Undertaking and EuroHPC, it will back new fabs and advanced packaging lines and tie support to strategic projects. The review aligns with the AI Continent agenda (i.e. powering AI Factories and forthcoming Gigafactories and setting requirements for European AI semiconductors) within a renewed, more coherent EU funding framework.

This law will close Europe’s compute gap by tripling data-centre capacity within 5–7 years and meeting economy-wide needs by 2035, underpinning AI development and sovereign cloud services. It will harmonise cloud policy, set minimum criteria (including for a narrow set of highly critical use cases run on highly secure EU-based cloud), and streamline permitting, site designation and access to energy/water, ensuring geographically balanced rollout. The Act will spur R&I in resource-efficient data centres, enable targeted support consistent with State-aid rules, and complement AI Factories/Gigafactories and the Chips Act ecosystem.

The EU Open Source Strategy positions open source as a component of European technological sovereignty, especially for public administrations. It seeks to reduce dependency on single vendors and lock-in, while making digital assets easier to discover, reuse and maintain. Planned work includes procurement guidance, operational guidance for open assets, support for open-source bodies and networks, collaboration on key shared assets, and common repository security baselines.

The roadmap would connect digitalisation and AI with energy-system performance, data-centre integration and security. It proposes a model tripartite agreement for data centres, an EU rating scheme, smart-grid indicators, greater smart-meter coverage and AI models for grid management and permitting. It also envisages a framework for cross-border energy-data exchange, risk assessment for solar installations, an Energy Digitalisation Forum, a Fuel Observatory and a Better Energy Data initiative.

This law will build a true Single Market for connectivity by harmonising authorisations and spectrum policy, enabling cross-border services and a coordinated path to 6G. It modernises the telecom rulebook to spur investment in fibre, 5G and cloud/edge networks, integrates satellite services, and tackles market fragmentation that keeps Europe split into various national markets. It will streamline permits, clarify open-internet rules for innovative services, support copper switch-off and cloud-based network transformation, and target up to a 50% reduction in reporting burdens. A stronger EU governance model will replace patchwork oversight, boosting resilience, security and scale for operators and users.

Proposed changes to the EuroHPC Joint Undertaking would provide a legal basis for AI Gigafactories and broaden its quantum remit. The facilities would support the development, training and deployment of large AI models for researchers, public-sector users, start-ups and industry, subject to access conditions. The quantum provisions cover research, innovation, infrastructure, skills, industrial capability, competence centres and links with classical high-performance computing.

Battery Booster plans use Innovation Fund and InvestEU support to reinforce the European battery value chain from raw materials to cell manufacturing. Measures include EUR 1 billion in grants for electric vehicle battery-cell projects, EUR 1.5 billion in interest-free Battery Booster Facility loans, and funding of up to EUR 300 million for critical raw-material projects. It also covers strategic-project calls, investment conditions, supply-chain diversification, EU content requirements and research on battery concepts, materials and manufacturing technologies.

The European Grid Package will fast-track expansion and modernisation of transmission and distribution networks, deepening market integration and lowering bills. It streamlines TEN-E, accelerates permitting — including environmental assessments — and mandates integrated, cross-border planning with effective cost-sharing, focusing on interconnectors and distribution grids. It prioritises digitalisation, flexibility and efficient use of existing assets, while increasing visibility of manufacturing supply needs. An EIB “grids manufacturing package” (≈€1.5 bn) will underpin EU component capacity, and an “Energy Highways” effort will tackle critical bottlenecks. Together, the measures unlock renewables and storage, strengthen security of supply, and support electrification at least cost.

RESourceEU is intended to reduce critical-raw-material supply risks through finance, faster permitting, recycling, diversification and international partnerships. A CRM financing hub aims to mobilise EUR 3 billion within 12 months, while Horizon Europe calls of EUR 593 million and EUR 100 million of blended European Innovation Council finance support its objectives. The plan also backs projects in Greenland and Germany, raw-material matchmaking, stockpiling, export-scrap measures, foreign-investment controls and standards-based markets.

The law will establish a single, harmonised regulatory framework for the safety, resilience, and environmental sustainability of space activities across the Union. It aims to overcome the fragmentation caused by 13 divergent national space laws across Europe, ensuring a predictable internal market for space services and space-based data. The Act introduces uniform authorisation and registration rules, tailored cybersecurity and debris-mitigation obligations, and a common environmental footprint methodology. By providing legal certainty and reducing regulatory complexity, it will strengthen the competitiveness of EU space operators, foster innovation in the New Space sector, and position Europe as a global standard-setter in space governance.

Vision for the European Space Economy proposes common technical standards, more coordinated single-market procedures and assistance for operators complying with EU rules. Delivered through the EU Space Act, measures include support for space-traffic-management services, mutual recognition of rules with third countries and strengthened space research and innovation. A long-term plan addresses multi-source supply for 47 identified critical space technologies, alongside updated roadmaps intended to strengthen the security and resilience of EU satellite and space infrastructure.

The Open Internet Stack Initiative will fund development of end-user applications and underlying technologies for European sovereign digital commons. It has over €40 million dedicated within two Horizon Europe calls worth €307.3 million under the 'Digital, Industry and Space' cluster. The calls also support trustworthy AI, data services, robotics, quantum technologies, photonics and virtual worlds. Businesses, public administrations, academia and other entities from Member States and partner countries can apply until 15 April 2026.

The Affordable Energy Action Plan seeks to lower energy costs while supporting competitiveness, security and sustainability for households and businesses. Its actions cover electricity bills and supply, gas markets, energy efficiency, completion of the Energy Union, tripartite agreements for industry, security of supply and price-crisis preparedness. The Commission presented the plan as part of the Clean Industrial Deal, and says delivery also depends on measures by EU countries.

The EU will establish the Platform to aggregate industrial demand, coordinate tenders, and secure diversified supplies for strategic value chains. Building on AggregateEU and complementing the Critical Raw Materials Act, the platform will align procurement across sectors, lower transaction costs for SMEs, and leverage EU and national de-risking tools. A dedicated EU Critical Raw Materials Centre will provide the purchasing backbone, organising joint buying for interested firms with Member States, coordinating strategic stockpiles, monitoring supply chains, and designing financial products for upstream projects in the EU and partner countries.

The Strategic Roadmap for Digitalisation and AI in the Energy Sector, adopted by the Commission on 3 June 2026, lists as a flagship action the establishment of an EU framework for simplified cross-border energy data exchange for smart energy services and AI model training. The Commission says the core challenge is the absence of a coherent EU approach for trusted, cross-border energy data exchange. It says it will coordinate actions to streamline and simplify energy-specific data exchange in order to support cross-border smart energy services and sovereign AI, and that better exchange of energy data can help activate flexibility from electric vehicles, heat pumps, batteries and controllable demand. The roadmap says the work will build on stakeholder recommendations on data exchange for smart energy services published on 20 May.

EU digitalisation work on energy focuses on deploying digital solutions and European sovereign AI for grid optimisation, efficiency in buildings and industry, and demand-side flexibility. The strategic roadmap also addresses data centres' integration into the energy system and challenges linked to AI in critical infrastructure. It is accompanied by work on AI models for power grids and data sharing between energy and digital stakeholders.

The EU will deepen its Energy Union to deliver affordable, clean energy through stronger governance and integration. Therefore, the Commission will launch an Energy Union Task Force, publish a White Paper on electricity-market integration, revise the Governance Regulation, and present a Clean Energy Investment Strategy, a Nuclear Illustrative Programme (PINC), and a Fusion Strategy. It will table an Electrification Action Plan, a Roadmap for Digitalisation and AI in the Energy Sector, and a Heating & Cooling Strategy to accelerate electrification, flexibility and efficiency. A revised energy-security framework will enhance stability and resilience, informed by lessons from the energy crisis.

The Commission will propose legislation to interconnect Member States’ next-generation critical communications used by police, civil protection, emergency medical, border and security authorities. EUCCS will set harmonised requirements for operational mobility, strong resilience and strategic autonomy, enabling secure cross-border voice/data, priority services and roaming, including satellite back-up via IRIS². It will modernise national systems, ensure interoperability and encrypted communications, and support crisis coordination from terrorism to large-scale disasters. Governance will link with the Preparedness Union’s all-hazards approach and ERCC, with EU-funded pilots building capabilities using European providers.

EU requirements for smart meters are intended to give consumers timely access to consumption data and dynamic electricity-price contracts, while helping networks manage changing supply and demand. The Commission has established interoperability requirements and procedures for non-discriminatory, transparent data access to support customer switching, retail competition and consumer choice. Smart meters also give network operators better information for investment planning and infrastructure management.