How to accelerate the heat transition: a guide for local government and actors

Module 4- Technology choices, data, and mapping for sustainable heating

Report (2022)

Authors

M.A. Fremouw Organisation & Governance - TPM , Climate Design and Sustainability - Architecture and the Built Environment
C. Harvey-Scholes University of Exeter
Lies Debbaut City of Bruges
Marie Henneron City of Fourmies
Winnie Versol Municipality of Middelburg
Peter Connor University of Exeter
T. Hoppe Organisation & Governance - TPM
Research Group
Climate Design and Sustainability (Architecture and the Built Environment) (TU Delft)
Copyright: © 2022 M.A. Fremouw, Calum Harvey-Scholes, Lies Debbaut, Marie Henneron, Winnie Versol, Peter Connor, T. Hoppe
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Published Date

2022

Language

English

Faculty

Architecture and the Built Environment

Department

Architectural Engineering +Technology

Research Group

Climate Design and Sustainability

Abstract

This document is one of a four-part guide on how to accelerate the heat
transition in cities. In this module the technical and physical aspects of the transition from fossil to renewable heating are emphasised. In the first section the reader is informed about the reasons why we need to transition our heating systems in the built environment to renewable sources. The second section provides the reader with an overview of technology choices and strategies, and is aimed at helping you make technical decisions.