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See how the R-ACES project has established waste energy cooperation in European industrial clusters.

By combining key results and lessons learned from the EU project Reuseheat, this article outlines the frontier of urban waste heat recovery research and practice in 2022.

A simple tool to help you identify EU funding for your clean technology!

A valuable overview of the current state of funding for Renewable Heating and Cooling innovation in Europe.

The ReUseHeat project used the levelized cost of heat estimations for calculating each heating solution across the different demo sites.

In order to enable excess heat producers to supply their heat to district heating, third-party access needs to be granted, which calls for a deregulated heat market.

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.

This study explores the district heating and cooling sector and its new challenges, notably innovative financing schemes and business models capable of addressing the need for increasing leverage of private or alternative financing.

This paper addresses economic aspects of heat savings in the context of strategic heat planning.

Within the TEMPO project, six innovations related to networks, digitization thereof and building optimization undergo final development.

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.