Abstract

Residential energy consumption is one of the main contributors to CO2 emissions in the UK. One strategy aimed at reducing emissions is to increase retrofitting rates of buildings. In this paper, an alternative approach is discussed and its potential impact on energy use assessed, that of downsizing (moving to smaller homes).Reviews of previous research show that a wide range of what can be termed psychological barriers exist to downsizing, such as the loss of ownership and independence, concern about what to do with possessions, not having enough space for visitors, and attachment to one’s home. Benefits of downsizing from a personal perspective are economic, with lower bills and/or rent, release of capital, lower maintenance costs, and also potential lifestyle improvements including living in easier-to-maintain and more age-appropriate housing. Wider societal benefits include the potential to significantly reduce energy consumption, and mitigating the housing crisis in cities where not enough properties are available. Empirical analysis on a nationally representative sample in England showed that building size alone accounts for 24% of the variability in energy consumption (compared to 11% of household size). If single-person households with more than two bedrooms downsized by one bedroom, energy-savings of 8% could be achieved, and if single-person households occupied only one bedroom, savings of 27%. Data also showed a significant amount of underoccupation, with almost two-thirds of households having more bedrooms than considered necessary compared to the bedroom-standard. However, analysis also revealed a structural barrier to downsizing, namely the lack of available alternative, smaller houses.The evidence would suggest that downsizing could realize significant energy savings, and address a range of other social benefits. However, against this stand significant personal interests, inadequate alternative housing and other infrastructure issues. Promoting downsizing as a means to achieve energy policy goals is therefore a potentially significant but socially challenging policy option.

Highlights

  • Energy use in buildings is one of the largest contributors to global and local energy consumption

  • Energy efficiency improvements in UK homes form a central part of the decarbonisation plans, with millions of retrofits of residential homes planned over the decades [3]

  • This paper explores the opportunities of, and challenges associated with, a different route towards reducing residential energy consumption: housing downsizing, that is, people moving to a smaller dwelling

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Summary

Introduction

Energy use in buildings is one of the largest contributors to global and local energy consumption. In the UK, Palmer and Cooper [1] estimate that 26% of total annual carbon emissions arise from energy use during the operational phase of residential buildings’ lifecycles. Uptake of a main recent Government policy to promote energy efficiency renovations has been much lower than expected [4], casting doubt how successful energy reduction through retrofitting will be. Another strategy that has been tested repeatedly is to give occupants individual or comparative feedback on their energy consumption, with the aim of achieving energy reductions

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