A comparative analysis of policies and strategies supporting district heating expansion and decarbonisation in Denmark, Sweden, the Netherlands and the United Kingdom – Lessons for slow adopters of district heating

This paper undertakes a comprehensive comparative analysis of policy challenges and opportunities for the deployment of low-carbon DH. Through literature review and complementary qualitative analysis of interviews with key institutional stakeholders in the heating sector (n= 20) of Denmark, Sweden, the Netherlands, and the UK, the paper draws some important lessons on preconditions for successful roll-out of DH. We find that more governments must create appropriate conditions, provide more support, and speed up actions to enhance the role of DH in heat decarbonisation, to educate, encourage the adoption, and involve citizens, politicians, and other key stakeholders in the heat transition to DH. Amid the current energy price crisis, slow adopters must act fast to develop low-carbon DH networks to ensure the supply of secure, sustainable, and affordable heating sources. They would have to create appropriate conditions to reduce fossil-fuel path dependence, lock-out fossil fuel-based infrastructure and lock-in the diffusion and adoption of low-carbon DH. • More government support and actions are crucial to enhance the role of DH. • The greater the potential for DH expansion, the greater the path-dependent barriers. • Amid the energy price crisis, laggard countries must act fast to develop DH. • DH will attract consumers more if it is cheaper than their current heating sources. • A DH regulator is crucial for the development of functioning markets and DH systems.

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Publication Details

Journal
Environmental Science & Policy
Published
2024-09-14
DOI
https://doi.org/10.1016/j.envsci.2024.103897
Citations
14
Primary Topic
Integrated Energy Systems Optimization
Type
article
Field-Weighted Citation Impact
2.92

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article

A comparative analysis of policies and strategies supporting district heating expansion and decarbonisation in Denmark, Sweden, the Netherlands and the United Kingdom – Lessons for slow adopters of district heating

Daniela Salite, Ying Miao, Ed Turner
14 citations
Environmental Science & Policy
Integrated Energy Systems Optimization
2.92
article

A comparative analysis of policies and strategies supporting district heating expansion and decarbonisation in Denmark, Sweden, the Netherlands and the United Kingdom – Lessons for slow adopters of district heating

Daniela Salite, Ying Miao, Ed Turner
article en
14 citations

Abstract

This paper undertakes a comprehensive comparative analysis of policy challenges and opportunities for the deployment of low-carbon DH. Through literature review and complementary qualitative analysis of interviews with key institutional stakeholders in the heating sector (n= 20) of Denmark, Sweden, the Netherlands, and the UK, the paper draws some important lessons on preconditions for successful roll-out of DH. We find that more governments must create appropriate conditions, provide more support, and speed up actions to enhance the role of DH in heat decarbonisation, to educate, encourage the adoption, and involve citizens, politicians, and other key stakeholders in the heat transition to DH. Amid the current energy price crisis, slow adopters must act fast to develop low-carbon DH networks to ensure the supply of secure, sustainable, and affordable heating sources. They would have to create appropriate conditions to reduce fossil-fuel path dependence, lock-out fossil fuel-based infrastructure and lock-in the diffusion and adoption of low-carbon DH. • More government support and actions are crucial to enhance the role of DH. • The greater the potential for DH expansion, the greater the path-dependent barriers. • Amid the energy price crisis, laggard countries must act fast to develop DH. • DH will attract consumers more if it is cheaper than their current heating sources. • A DH regulator is crucial for the development of functioning markets and DH systems.

Environmental Science & PolicyVol. 161
Aston University (GB), Scarborough Health Network (CA)
Aston University, Engineering and Physical Sciences Research Council
Climate action
Openalex Percentile: Top 8%
Integrated Energy Systems Optimization
2.92
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