EVELIXIA project aims to realise Buildings as Active Utility Nodes (BAUNs), rendering the EU Building stock energy efficient; connected by facilitating a two-way communication between the grid and the occupants, capitalising on flexible technologies;  smart by utilising analytics supported by sensors and controls to co-optimise efficiency, flexibility, and occupant preferences; and flexible by reducing, shifting, or modulating energy use according to occupant needs while considering utility signals.

The Every1 is dedicated to developing training and networks for the digitalisation of the energy transition. The consortium brings together leading experts in energy, education, and ecosystems combined with social sciences to deliver an impactful concept that includes all elements needed to enable the effective participation of all European stakeholders in the digital energy market.

FEDECOM aims to implement integrated local energy systems through sector coupling and cross-energy vector integration, including developing a scalable cloud platform, demonstrating energy sector coupling benefits, and optimising energy management strategies. The project addresses research areas such as grid technologies, large-scale and distributed storage, generation technologies, digitalization, and market design to achieve these objectives.

FlexCHESS aims to revolutionising energy storage practices by leveraging advanced technologies such as digital twins, Virtual Energy Storage Systems (VESS), and Distributed Ledger Technology (DLT). Its primary objectives include enhancing grid stability through Connected Hybrid Energy Storage Systems (CHESS), increasing profitability for energy storage installations, promoting innovation and competitiveness among SMEs and startups in Europe, validating solutions through pilot demonstrations, evaluating performance and flexibility of CHESS.

The FLOW project focuses on integrating electric vehicles (EVs) into energy systems to alleviate grid challenges and foster mobility and energy decarbonisation. It aims to achieve it through multifaceted smart charging and V2X integration solutions, harmonising and standardising communication protocols, and developing user-centric technologies. Key objectives include technological innovation, interoperability, user empowerment, and socio-economic and environmental impact.

Project FOR²ENSICS aims to develop efficient, low-cost DC/DC converters for LV to MV using ultra-high voltage SiC-based switching devices. Objectives include developing a commercial prototype, integrating SiC materials into power electronics, and investigating reliability. Outcomes: commercialisation, environmental impact reduction, increased adoption of renewables and EV infrastructure.