The project aims to develop a portfolio of replicable, scalable and cost-effective technical solutions to enable the integration of renewable energy sources (RES) — characterised by varying levels of controllability and intrinsic variability — into district heating and cooling (DHC) networks, while strengthening their interaction with electricity grids. The initiative includes the development of key innovative components, alongside integrated ICT services and a scalable tool suite designed to manage the increasing complexity of energy systems — from individual buildings to Local Energy Communities (LECs) and beyond.
Through this approach, HYPERGRYD accelerates the sustainable transformation, planning and modernisation of urban heating and cooling networks towards 4th and 5th generation DHC systems. The project also advances real-time management of electricity and thermal energy flows within integrated energy networks, leveraging the synergies between both vectors.
Overall Objectives
HYPERGRYD is structured around three main objectives:
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Validate Smart Energy Networks as the future model for efficient energy management in DHC systems, in synergy with LEC electricity grids and next-generation Smart Cities.
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Define a roadmap for the design and planning of future DHC networks, as well as the modernisation of existing systems, across different climate conditions and renewable penetration levels, progressing towards 4th–5th generation DHC.
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Demonstrate HYPERGRYD’s enabling technologies, based on renewable energy integration and smart network solutions powered by advanced ICT tools and services, as key drivers of this transition.
Throughout the project, the developed solutions will be deployed across four “Live-In-the-Labs” pilot cases in three representative climate zones, provided by the project consortium.
Special emphasis will be placed on:
- Cost-effectiveness
- Replication potential
- Scalability
All activities will follow the established work programme to ensure systematic and scientifically robust performance monitoring, structured feedback mechanisms, and strong exploitation of project results.
