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SUNIKKA-BLANK, MINNA (3) answer(s).
 
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ID:   118849


Economic viability in thermal retrofit policies: learning from ten years of experience in Germany / Galvin, Ray; Sunikka-Blank, Minna   Journal Article
Sunikka-Blank, Minna Journal Article
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Publication 2013.
Summary/Abstract Germany aims to reduce CO2 emissions by 80% by 2050 compared to 1990 levels and has merged this target with mandatory Energy Saving Regulations for thermal renovation of existing homes: the policy uses the criterion of 'economic viability', whereby renovations must pay back through the space and water heating fuel savings they produce. This paper explores the extent to which economically viable thermal renovations can contribute to the 80% goal, based on an analysis of Germany's experience. It finds that the theoretical savings being achieved, based on calculated pre- and post-renovation consumption, are around 33%, while actual savings, based on measured consumption, are likely to be around 25%. The difference appears to be due to the effects of household behaviour. Further, average measured consumption is estimated to be around 150-180 kWh/m2a nationally, and this would have to be reduced to 30-35 kWh/m2a to meet the 80% policy goal. This is beyond the limits of economically viable renovation technology, which currently achieves around 100 kWh/m2a. The paper suggests that policymakers should de-couple the criterion of economic viability from the 80% goal, emphasise other reasons for renovating to economically viable levels, and consider a more systematic approach to facilitate household behaviour change.
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2
ID:   177408


Single parents in cold homes in Europe: How intersecting personal and national characteristics drive up the numbers of these vulnerable households / Sunikka-Blank, Minna   Journal Article
Sunikka-Blank, Minna Journal Article
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Summary/Abstract This paper develops the social science concept of intersectionality, exploring how macro-level factors in 28 EU countries in 2010–2018 put upward pressure on the percentage of single parent households unable to heat their homes. Intersectionality research avoids categorising individuals according to one dominant characteristic, such as gender or marital status, and instead explores how vulnerabilities or resilience can be determined by several characteristics intersecting in individuals' lives. The paper considers the intersection of being single, a parent, and unable to heat one's home, noting that this can be further modified by gender, race and other factors. In a novel departure, the paper explores how the intersections of country-wide economic, weather and structural factors impinge on these vulnerable persons. It does this by using an ordinary least-squares multivariate analysis to regress the percentage of single parents who cannot heat their homes against these factors simultaneously. The central finding is that this percentage correlates most strongly with GDP per capita, income inequality and the quality of housing, factors which have implications for policy on energy poverty. The intersectionality approach provides further insights for policy by highlighting the disproportionate effect of these factors on single parent households.
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3
ID:   094222


Subsidy as an agent to enhance the effectiveness of the energy / McGilligan, Charles; Sunikka-Blank, Minna; Natarajan, Sukumar   Journal Article
McGilligan, Charles Journal Article
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Publication 2010.
Summary/Abstract Since more than two-thirds of the United Kingdom housing stock in 2050 will comprise houses that have already been built, the need for a focus of policy on the already-built private housing stock is apparent. This study examines the impact that subsidy can make in bolstering the performance of the Energy Performance Certificate by reducing carbon emissions in the residential sector. The results of a survey of new homeowners' uptake of nine commonly installed energy saving measures in response to subsidy are examined. A cost-benefit analysis is performed using the recently introduced concept of the Shadow Price of Carbon and a model is presented which allows the carbon savings for any level of subsidy to be calculated. The model suggests that subsidisation of the installation of hot water tank insulation, draught proofing measures, loft insulation and cavity wall insulation may be cost-effective, but that the subsidisation of others, most notably interior solid wall insulation, are unlikely to significantly bolster carbon savings.
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