In 2030, energy from water and subsurface will account for 75% of the energy required for sustainable collective heating systems

In 2030, energy from water and subsurface will account for 75% of the energy required for sustainable collective heating systems

The world is facing a major challenge in terms of producing renewable energy. One of the goals of the Dutch climate agreement is to disconnect 1.5 million homes from natural gas by 2030. New energy sources need to be found for the heat transition in particular.


Water and the subsurface play an important role as a heat source (as in aquathermal and geothermal systems) and as a storage and transport medium (as in aquifer thermal energy and high temperature storage). Using water and the subsurface for the heat transition has ecological and spatial effects. The challenge is to upscale the utilization water and subsurface resources and to ensure a feasible spatial integration in the urban area.


Knowledge is needed to design and manage these collective heating systems in a sustainable way. In this report we have added a related energy transition storyline for sustainable upscaling of off-shore wind energy on the North Sea.

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Utilizing water and subsurface resources in the heat transition

Upscaling offshore wind energy production