Large scale operational validation and upscaling of state-of-the-art (Generative) AI tools and models powering a next generation digital energy system

The EU Horizon Europe call “Large scale operational validation and upscaling of state-of-the-art (Generative) AI tools and models powering a next generation digital energy system” offers companies and public institutions the opportunity to validate and scale specialized, resource- and energy-efficient AI tools for distributed energy systems on a large scale. With funding of up to €10 million per project and a funding rate of 70% (100% for non-profit organizations), the focus is on real-time grid monitoring, control, and consumer empowerment. Eligible costs include personnel and material expenses, travel costs, subcontractor services, as well as equipment and software expenditures. Funding prerequisites include, among others, legal establishment in an EU member state or associated country, compliance with Horizon Europe participation conditions, and no connections to third countries excluded under the call’s terms. The planned submission period opens with the portal on 03/12/2026 and closes on 31/03/2027 at 17:00 (Brussels time).

The call targets grid operators, energy suppliers, research institutions, and companies in the fields of digitalization and AI who aim to make their distributed energy systems more resilient, climate-neutral, and efficient. The focus lies on the development of open (Generative) AI tools and models as well as the establishment of an AI development environment and a governance framework for integration into the digital backbone of the energy system. Applications require a completed application assistance form, a detailed project description, financing plan, CVs of key personnel, and a statement on ethics and data management. Evaluation criteria include the degree of innovation, expected impact on energy systems, and the quality and efficiency of implementation. This call aims to pave the way for a next generation of digital, energy-efficient energy systems within Europe.