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This study proposes to solve the optimal pipe routing problem as a non-linear topology optimization problem, drawing inspiration from density-based topology optimization.

New white paper from Danfoss

Using data from smart energy meters to gain knowledge about households connected to the district heating network: A Danish case

This paper compares the source to sink efficiencies of hydrogen-based heat supply system to a district heating system operating on the same primary energy source.

Check out the press release following the 'Policies and Innovative Solutions for Efficient District Heating' event that took place in Brussels on 17th March 2022.

District energy systems are one of those infrastructures that can provide superior resilience compared to individual systems.

This paper discusses the integration of sub-LTDHNs into the return flow of existing HTDHNs, thereby creating an energy cascade and thus lowering the overall system temperatures of the HTDHN.

The H2020 TEMPO project produced a virtual site tour to showcase the implemented innovations in one of the demonstration sites.

This deliverable describes the innovations installed in the A2A demonstrator as well as the main technical and economic aspects of those implementations, the measures for the implementation quality control, the commissioning of the demo site and initial operation.

The deliverable D3.3 of the TEMPO project is a report on the integrated improved innovations in the Windsbach demo site.

Deliverable 3.2. of the TEMPO project focuses on the actual execution of the more rural Windsbach demo-site and its key components.

ENERPIPE designed a higher-level control system device for the TEMPO project that combines all the necessary equipment and the storage tank in the dimensions of a normal refrigerator.

Value propositions are the evaluation of the product through the description of the key parameters to be improved, thus creating a certain value.

In district heating (DH) systems, the time of use of energy is becoming more important. For example, the use of sustainable baseload units over peak units is favored. Also heat production units coupled to the electricity grid, such as cogeneration plants and heat pumps, can profit from fluctuating prices and balance the electricity network at the same time.

The LowTEMP training package contains the key know-how, innovative strategies and tools to enable DH stakeholders to realise LTDH.

The guidebook contains aggregated information about the main economic drivers for low-temperature district heating. It shows how to obtain lower temperatures in heating systems inside existing and new buildings, as well as in existing and new heat distribution networks.

For decades the focus of district heating (DH) has been on energy efficiency and minimum operating temperatures. This quest for continuous efficiency improvements led to the modern 4th generation of DH (4GDH), operating at lowest possible temperature for direct utilization by end-user.