In a groundbreaking initiative, NTT DATA is set to harness waste heat from its Berlin data centres to provide eco-friendly heating to the new residential area, Das Neue Gartenfeld. With up to 8 MW of heating capacity, this project aims to enhance the sustainability of over 10,000 residents through efficient carbon-free heat sourced from IT operations. Two data centres will supply this vital resource, channelled via a 2 km pipeline to support a local heating network.
Das Neue Gartenfeld spans over 76 acres, incorporating 4,500 apartments and numerous commercial units, including nursery facilities and schools. The energy centre will produce heat by capturing surplus warmth from existing systems, optimally maintained at 20 to 30 degrees Celsius to support heat pumps’ efficiency.
To cope with winter peak demands, a 3.6 MW power-to-heat boiler and a substantial hot water tank will be installed. Construction of the energy centre is slated to commence in early 2026, with heat supply expected to start by late 2026. This project marks a significant step in sustainable heating innovations, reaffirming the commitment to lowering CO2 emissions significantly.
ENGIE Deutschland and GASAG are key partners in this venture, with leaders voicing the importance of collaboration in achieving a sustainable future. Berlin’s Governing Mayor, Kai Wegner, praised the project as a model for energy transitions, encapsulating an effective integration of local energy sources.
NTT DATA is pioneering a waste heat recovery project in Berlin, set to supply eco-friendly heating for the Das Neue Gartenfeld district, impacting over 10,000 residents. This sustainable initiative, utilising excess energy from data centres, aims for a capacity of 8 MW, demonstrating significant potential in carbon emission reduction and innovation in urban heating systems.
The NTT DATA initiative in Berlin exemplifies how existing technologies can be repurposed for eco-friendly solutions. By leveraging waste heat from data centres, the project promises a sustainable heating system for over 10,000 residents, embodying a commitment to reducing carbon emissions and fostering resilience in urban development. This collaboration sets a precedent for future efforts in energy sustainability across city landscapes.
Original Source: services.global.ntt
