Contact person
Emilia Pisani Berglin
Projektledare
Contact Emilia
Heat as a Service (HaaS) is transforming district heating by enabling third-party delivery of low-carbon heat, reducing risk for utilities and accelerating decarbonisation. This Knowledge Exchange Forum highlights a German case study and explores emerging opportunities for scaling sustainable heat solutions.
Heat as a Service (HaaS) in district heating is an emerging model in which third‑party providers develop, finance, and operate renewable or waste‑heat generation assets and deliver the heat to network operators through performance‑based contracts. By shifting capital investment, operational optimisation, and technology risk away from utilities, HaaS enables alternative deployment of low‑carbon heat sources, advanced digital monitoring, and waste‑heat integration.
As many markets undergo major heat system transformation, driven by long‑term heat planning requirements, renewable integration targets, and infrastructure modernisation, HaaS offers a scalable mechanism to accelerate decarbonisation while reducing financial and operational burdens for district heating operators.
For the past three years the HeatMineDH project has been working with evaluating technical options, economic viability, and long‑term decarbonisation pathways of the district heating networks in Braunschweig and Göttingen, with Berlin as a follower city. As the project is coming to an end it is time to present the project results.
You are kindly welcome to join us on Thursday May 12 at 14:00 CET for a dedicated knowledge exchange forum (KEF) during which we will take a closer look at these challenges and explore the business models and investment plans developed.
This session will be moderated by Emilia Pisani, Communication and Project manager at RISE and will be held in english.
RISE is a partner in HeatMineDH, an international collaborative project co-funded by the European Commission through the LIFE programme. The project aims to develop business cases and investment plans that enable the integration of low-temperature heat sources into high-temperature district heating networks.