D2Grids – Koolstofarmer maken van de gebouwde omgeving met 5de generatie stadsverwarming en -koeling

ProjectThermische systemen

Verwarming en koeling zijn goed voor 50% van het totale energieverbruik in de EU, maar momenteel is slechts 19,1% daarvan afkomstig uit hernieuwbare energiebronnen, terwijl in 5 van de 7 landen in Noordwest-Europa dezelfde ratio lager is dan 8,2%. Dit maakt verwarming en koeling een voor de hand liggende sector om het aandeel van hernieuwbare energiebronnen te vergroten.

Het vergroten van het aandeel hernieuwbare energie in de verwarmings- en koelingssector van Noordwest-Europa door de uitrol van vijfde generatie stadsverwarming en -koeling te versnellen was bijgevolg een belangrijk doel van het D2Grids-project.


D2Grids did this by rolling out a proven but underutilised concept: 5th Generation District Heating and Cooling (5GDHC). 5GDHC is a highly optimised, demand-driven, self-regulating, energy management system for urban areas.

Due to low grid temperature, low grid losses and efficient heat exchange mechanisms, total energy demand is substantially reduced, which can be effectively and securely supplied by RES, up to 100%.

The objective of D2Grids was to increase the share of RES used for heating & cooling to 20% in NWE 10 years after the project ends, through accelerating the roll-out of 5GDCH systems.

The five partner pilot sites in Paris-Saclay (FR), Bochum (GE), Brunssum (NL), Glasgow and Nottingham (UK) aimed to connect ca. 50.000 m2 of dwellings and/or commercial buildings to a 5G DHC grid.

What is 5th generation District Heating and Cooling?

5GDHC is an urban thermal energy grid for heating and cooling, based on the following principles:

  • Ultra-low temperatures close to end-user needs Allowing the use of waste heat and other renewable energy sources.
  • Integrated heating & cooling supply, based on a closed loop twin pipe system Enabling heating and cooling exchange between end-consumers.
  • Integrated heat and power networks 5GDHC utilises thermal mass of buildings and soil to reduce powerpeaks.
  • Demand-driven temperature rise though smart control, data mining and decentralised installations The highest temperature level is only produced where and when needed.

The role of EnergyVille/VITO

Upscaling the technology – boosted by transnational cooperation – enables the consortium to raise the interest of the industry to develop the right products and reduce the costs by 10-20%. EnergyVille/VITO in Belgium was a key project partner for industrializing the 5G DHC concept and to evaluate results. They guided the implementation of the district heating networks at the different sites from start to finish.

Moreover, the project delivered plans to create further similar developments in Parkstad Limburg, North-East France, Luxembourg, Flanders, the Ruhr-area, Scotland and East Midlands (UK). Dedicated education and training programs, were set up by Open University, a partner in the project bringing in expertise on post-graduate and digital learning. Asper-IM from London participated by introducing business models and knowledge platforms for the financial markets.

Contacteer ons!
Gert Moermans
Project manager thermal energy systems

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