Cost sharing mechanisms for carbon pricing: What drives support in the housing sector?

The building sector offers an important lever for reducing carbon emissions, with carbon pricing considered as one essential policy instrument to unleash this potential. Yet, carbon pricing in residential buildings faces challenges, particularly in rental housing, as the financial burden and thus the incentives to reduce carbon emissions may be distributed differently between landlords and tenants, presenting a principal–agent problem that may lead to conflict and low public support. Using extensive survey data from about 12,000 households, we analyze the support for different concepts to share the cost burden owed to carbon pricing between landlords and tenants. We particularly examine the role of perceived cost, effectiveness, and fairness and experimentally study the impact of revenue use and carbon price level on public preferences. Our results suggest that the price level and revenue use hardly affect support, whereas tenancy – and thus self-interest – as well as perceived fairness of the sharing concept strongly correlate with preferences. Overall, a sharing mechanism according to the energy efficiency of the building is the most preferred cost allocation among our participants. • We study public support for different carbon price cost burden sharing concepts. • Four different concepts to share the cost between landlords and tenants are studied. • We combine experimental and correlational methods to understand preferences. • Self-interest and perceived fairness are strongly correlated with preferences. • Cost sharing based on building energy efficiency is most popular.

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Publication Details

Journal
Energy Economics
Published
2024-12-18
DOI
https://doi.org/10.1016/j.eneco.2024.108134
Citations
3
Primary Topic
Energy Efficiency and Management
Type
article
Field-Weighted Citation Impact
0.31

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article

Cost sharing mechanisms for carbon pricing: What drives support in the housing sector?

Jessica Berneiser, Stephan Sommer, Christian Oberst, Kathrin Kaestner et al.
3 citations
Energy Economics
Energy Efficiency and Management
0.31
article

Cost sharing mechanisms for carbon pricing: What drives support in the housing sector?

Jessica Berneiser, Stephan Sommer, Christian Oberst, Kathrin Kaestner, Ralph Henger
article en
3 citations

Abstract

The building sector offers an important lever for reducing carbon emissions, with carbon pricing considered as one essential policy instrument to unleash this potential. Yet, carbon pricing in residential buildings faces challenges, particularly in rental housing, as the financial burden and thus the incentives to reduce carbon emissions may be distributed differently between landlords and tenants, presenting a principal–agent problem that may lead to conflict and low public support. Using extensive survey data from about 12,000 households, we analyze the support for different concepts to share the cost burden owed to carbon pricing between landlords and tenants. We particularly examine the role of perceived cost, effectiveness, and fairness and experimentally study the impact of revenue use and carbon price level on public preferences. Our results suggest that the price level and revenue use hardly affect support, whereas tenancy – and thus self-interest – as well as perceived fairness of the sharing concept strongly correlate with preferences. Overall, a sharing mechanism according to the energy efficiency of the building is the most preferred cost allocation among our participants. • We study public support for different carbon price cost burden sharing concepts. • Four different concepts to share the cost between landlords and tenants are studied. • We combine experimental and correlational methods to understand preferences. • Self-interest and perceived fairness are strongly correlated with preferences. • Cost sharing based on building energy efficiency is most popular.

Energy EconomicsVol. 142
Cologne Institute for Economic Research (DE), RWI – Leibniz Institute for Economic Research (DE), Konrad-Adenauer-Stiftung (DE), Fraunhofer Institute for Solar Energy Systems (DE), Bochum University of Applied Sciences (DE), Ruhr University Bochum (DE)
Bundesministerium für Bildung und Forschung, Bundesministerium für Bildung, Wissenschaft, Forschung und Technologie
Openalex Percentile: Top 51%
Energy Efficiency and Management
0.31
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