The project aims to support a citizen-centric energy system by leveraging advancements driven by Green Deal goals. ENPOWER combines advanced ICTs, social-behavioral insights, and innovative business models to deliver tools such as a social science framework, AI algorithms, and energy community planning solutions.

The project aims to enable smart-grid-ready and decarbonized buildings by integrating energy efficiency, flexibility, on-site renewables, mobility, empowerment of end-users, and interoperability between buildings and district heating and electricity grids. It will develop and demonstrate solutions that promote building integration and active participation in the energy system and market, ensuring end-users’ comfort and empowerment while creating value for the economic actors of the energy landscape. Through four core principles based on integrated technology, digitalization, user engagement, and performance-driven economics, ENTRANCE solutions will be demonstrated across six different countries in Europe.

The project aims to address the End of Life (EoL) challenges of wind turbine blades through open hubs for circular materials and sustainable business models. It focuses on developing technologies, organizational structures, and legal recommendations to implement Circular Economy (CE) practices in the wind energy sector. Key objectives include demonstrating novel recycling technologies, creating resilient value chains, promoting circularity in wind technology, reducing carbon footprint, and fostering EU leadership in renewable energy.

EU-DREAM aims to develop next-generation energy services, solutions, and products that truly benefit consumers, utilising an AI-based assistant to optimize settings based on individual preferences, and an NLP intermediary that facilitates seamless communication in everyday language. The project solutions will be fully tested and demonstrated in six Living Labs, in six EU countries (Portugal, Belgium, Italy, Ireland, Greece, and Denmark).

EURO-TIDES aims to deliver a 9.6 MW tidal energy farm using 2.4 MW Orbital devices by 2027, operating for 15 years. The project seeks to de-risk tidal energy technology, lower the LCOE of Orbital’s technology to below €100/MWh, boost tidal stream availability to over 95%, and enhance bankability and insurability through verified metrics. It will strengthen market confidence, supply chain capacity, and environmental impact knowledge, accelerating commercialisation and supporting a 2 GW+ project pipeline.

The EV4EU project aims to accelerate the mass deployment of EVs in Europe by developing user-centric V2X management strategies. These strategies focus on minimizing the impact on batteries, meeting user needs, enhancing power systems, integrating with energy markets, and facilitating urban transformation. Key objectives include testing V2X approaches across four demo sites, evaluating technology and system impacts, developing tools and apps for EV users, and creating an open platform for data exchange. The project seeks to propose new services, demand response programs, and regulatory frameworks to encourage EV adoption.