i-STENTORE aims to explore and optimise diverse energy storage solutions, including hybrid systems, focusing on their role in enhancing grid reliability, stability, cost-efficiency, and asset longevity across various applications like mobility, industry, and households. By designing a Reference Architecture and fostering novel business models, the goal is to create a flexible, interoperable energy system that maximises renewable energy integration and unlocks new revenue streams for storage operators, advancing the energy transition.

IANOS, aims to revolutionise energy systems in European islands by demonstrating integrated solutions for decarbonisation and smartification. It focuses on deploying advanced technologies like smart grids, renewable energy generation, and energy storage systems. Key objectives include enhancing energy efficiency, promoting renewable energy adoption, and empowering local communities.

The ICONIC project aims to develop innovative digital and physical tools to achieve fundamental breakthroughs for the integrated control of wind farms, considering the whole physical system at farm, turbine, and component levels, in particular the complex aerodynamic interactions among turbines.

Project iDesignRES develops open-source toolboxes for planning and optimizing low and zero-emission energy adoption at regional and European scales. Objectives include user-friendly online tools, high-resolution energy models, and optimised investment strategies. Key outcomes: enhanced renewable energy uptake, improved system planning, and increased stakeholder collaboration for sustainable transitions.

The INFINITE project demonstrates floating offshore wind system at 100m water depth with two key technology innovations. The first is a disruptive and environment environment-friendly concrete tension leg platform anchored with an innovative tendon-based mooring system. The second is an innovative aluminium dynamic cable design that is safer, lighter, cheaper and allows for more standardisation in O&M.

The project focuses on fostering interoperability in the European energy sector through the establishment of an open and cross-domain community known as the Interoperability Network for the Energy Transition (int:net). Key objectives include creating a common knowledge base for interoperability activities, developing an Interoperability Maturity Model, establishing a framework for interoperability testing, and building a community network for a European interoperability ecosystem.