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Second Funding Call of the CET Partnership Published

From now on, a large heat pump at the large power plant in Mannheim (GKM) will supply around 3,500 households with heat.

Different neighbourhoods can be supplied with climate-friendly energy, as the SmartQuart energy transition real-world laboratory shows.

With an international survey as part of a study, researchers want to determine which hurdles obstruct the expansion of district heating.

Households in Hamburg's Wilhelmsburg district are to be supplied with climate-friendly heat from a new geothermal plant from spring 2025.

In the guide published by IEA DHC at the end of the project, experts give concrete recommendations on hybrid energy networks.

Large-scale heat pumps are being installed at no less than five power plant sites in the "GWP" real laboratory of the energy transition.

In the WärmeGut project scientists are developing a standardized database for Information on suitable locations for Ground-source heat pumps.

The district heating supply at Potsdamer Platz will become more efficient. As part of the Qwark3 project, an innovative heat pump will be deployed.

Researchers can now submit papers for the 18th International Symposium on District Heating and Cooling.

The IEA-TCP DHC is looking for projects that make energy systems more digital, more profitable or more flexible. And, of course, emission-free.

Around 115,000 people visited the Solar Decathlon Europe competition in Wuppertal in summer 2022.

Photovoltaic thermal systems can generate electricity and heat with solar energy.

A team in the "FW-Liner" project has investigated how district heating pipelines can be renovated in a resource-saving way.

In selected districts in Jena, experts will demonstrate how energy producers, storage systems, and consumers can be intelligently linked.

Using a modular and thus cost-effective approach, a research team wants to make it easier for SMEs to get started in energy management.

The centerpiece of a district in Giessen is a hybrid storage system that can store heat up to 1200° Celsius and convert it back into electricity.

Grey emissions can be measured and limited more effectively: researchers in the KEA-Bauwerk project are developing basic principles  to reduce energy

German and Finnish researchers have investigated ways in which heating networks can benefit from intelligent building technology.

A residential complex comprising four 3- or 5-storey buildings with basements and an unconverted attic was in need of refurbishment.

Geothermal collectors and solar collectors can be combined as bivalent heat sources for heat pumps. This promises some advantages.