Abstract:We also thank Nick Sayen for his tireless work in arranging for radon remediation of homes that participated in the Indoor Environmental Quality study.
Additional thanks are due to: The Grantees and Subgrantees that filled out the program implementation surveys The subset of Subgrantees that provided measure installation and utility information The utility companies that provided the billing histories The household members that participated in the national occupant survey The weatherization staff and … Show more
“…The DOE has partnerships with state and local government agencies to implement fuel poverty policies [19]. The DOE provides grants to grantees, such as states, and subsequently, the grantees provide grants to sub-grantees, such as local weatherization agencies to conduct business intended to maintain thermal comfort at the local level [20].…”
Section: Introductionmentioning
confidence: 99%
“…In a report on its strategy to combat energy poverty in 2016, Ireland also set goals to reduce energy bills and to improve the health and wellbeing of the participants [16]. The US WAP aims to increase the energy efficiency of dwellings owned or occupied by low-income persons, reduce their total residential energy expenditures, and improve their health and safety [18,20].…”
Many fuel poverty support programs have been implemented in the world. Energy-efficient retrofitting in low-income households is a main aspect of support programs in the context of energy saving, reduction of greenhouse gas emissions, and improvement of the thermal comfort and health of residents. This study analyzed the effects of an energy efficiency program for fuel poverty in Korea on the thermal comfort of residents. A total of 330 households were investigated wherein energy retrofits had been conducted. Indoor temperatures in the main bedroom and in the living room were recorded twice. The results showed that the average indoor air temperature in the surveyed households was 15.1 ± 3.7 °C, indicating that 95.2% of main bedrooms and 80.0% of living rooms did not meet the recommendations of the World Health Organization regarding temperature. These results indicated that the surveyed households did not use energy for heating their rooms, and an energy-saving effect due to the retrofits was difficult to expect. Accordingly, retrofit building or energy policies addressing fuel poverty are shown to be ineffective in the context of energy saving and thermal comfort in Korea. This article highlights issues that need to be analyzed to evaluate how effective the welfare program is. The results of this study alert policymaker to the need to improve the welfare policy; the methods proposed in this article will help them in their decisions.
“…The DOE has partnerships with state and local government agencies to implement fuel poverty policies [19]. The DOE provides grants to grantees, such as states, and subsequently, the grantees provide grants to sub-grantees, such as local weatherization agencies to conduct business intended to maintain thermal comfort at the local level [20].…”
Section: Introductionmentioning
confidence: 99%
“…In a report on its strategy to combat energy poverty in 2016, Ireland also set goals to reduce energy bills and to improve the health and wellbeing of the participants [16]. The US WAP aims to increase the energy efficiency of dwellings owned or occupied by low-income persons, reduce their total residential energy expenditures, and improve their health and safety [18,20].…”
Many fuel poverty support programs have been implemented in the world. Energy-efficient retrofitting in low-income households is a main aspect of support programs in the context of energy saving, reduction of greenhouse gas emissions, and improvement of the thermal comfort and health of residents. This study analyzed the effects of an energy efficiency program for fuel poverty in Korea on the thermal comfort of residents. A total of 330 households were investigated wherein energy retrofits had been conducted. Indoor temperatures in the main bedroom and in the living room were recorded twice. The results showed that the average indoor air temperature in the surveyed households was 15.1 ± 3.7 °C, indicating that 95.2% of main bedrooms and 80.0% of living rooms did not meet the recommendations of the World Health Organization regarding temperature. These results indicated that the surveyed households did not use energy for heating their rooms, and an energy-saving effect due to the retrofits was difficult to expect. Accordingly, retrofit building or energy policies addressing fuel poverty are shown to be ineffective in the context of energy saving and thermal comfort in Korea. This article highlights issues that need to be analyzed to evaluate how effective the welfare program is. The results of this study alert policymaker to the need to improve the welfare policy; the methods proposed in this article will help them in their decisions.
“…See, for example: Tonn, Rose, and Hawkins (2018),Pigg, Cautley, and Francisco (2018), Francisco et al. (2017), Tonn, Carroll, et al (2014, Dalhoff (2013),Khawaja et al (2006), Schweitzer (2005.…”
Evaluations of energy effciency programs reveal that realized savings consistently fall short of projections. We decompose this ‘performance wedge’ using data from the Illinois Home Weatherization Assistance Program (IHWAP) and a machine learning-based event study research design. We find that bias in engineering models can account for up to 41% of the wedge, primarily from overestimated savings in wall insulation. Heterogeneity in workmanship can also account for a large fraction (43%) of the wedge, while the rebound effect can explain only 6%. We find substantial heterogeneity in energy-related benefits from IHWAP projects, suggesting opportunities for better targeting of investments.
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