OPENTUNITY aims to change this by creating a flexible and adaptable energy ecosystem that reduces interoperability barriers and focuses on standards that help reduce emissions and costs. To achieve its goals, the project will utilise novel methodologies and software modules to support grid operators, market actors, and prosumers.

PARMENIDES aims to develop a new ontology focused on the electricity and heating domain for buildings, customers, and energy communities. The project seeks to support various use cases by creating a new generation of innovative Energy Management Systems (EMS). Additionally, it will define an information and communication architecture to enable interoperable, reliable, and secure data and instruction exchange.

PEDvolution paves the way for cross-sectoral integration of ever-evolving PEDs through the co-development and implementation of seven interoperable solutions. Its solutions will design, process, optimise and strengthen the PEDs interoperability, business, societal and technological factors addressing and handling PED interaction and integration with inbound and outbound energy resources across energy and non-energy sectors.

PLOTEC aims to design, model and install a successful demonstration of a novel cylindrical ocean thermal energy conversion OTEC platform capable of withstanding the extreme weather effects of tropical oceans, with an economically viable cost model.

POCITYF is a smart city project that will help historical cities to become greener, smarter and more livable while respecting their cultural heritage. By implementing and testing Positive Energy District in its cities, POCITYF will support Europe in the race to become the first Carbon Neutral Continent by 2050.

R2D2 aims to enhance EPES resilience against threats like extreme weather and cyber risks. Key activities include dynamic risk assessment, TSO-DSO interaction, and cyber-security tools. Measurable outcomes include reduced power losses and enhanced supply security. Research areas cover risk assessment, resilience, cybersecurity, and asset maintenance. The project’s theme centers on bolstering EPES resilience for reliable energy supply.