The six implications of the EU’s “Fit for 55” package for your Heating Network." was co-created with Euroheat and Power (Eloi Piel). In only 5 pages, it summarizes the first concrete steps that can help district heating networks prepare their organization for this transformation.

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.

The results of this study provide valuable insight in the market expectations relating to digitalisation efforts such as TEMPO. As such, they will be integrated in the on-going replication effort within the TEMPO project.

This study describes the main methodological approaches to Label assignment and calculation, as well as the most critical aspects of the system implementation in Estonia.

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.

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.

Several of TEMPO's innovations will be applied in Breschia's A2A demosite to verify their effects in an operational environment and to develop a solution that is easily replicable in low heat density parts of the networks.

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

The developed energy supply concept described in the deliverable generates heat, cold and electricity with a 100 % share of renewables and a primary energy factor of zero.

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

Deliverable D1.1 briefly describes the functionalities of version 1 of all technologies, as well as suggestions for possible extensions for version 2.