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. Author manuscript; available in PMC: 2016 Apr 4.
Published in final edited form as: Energy Res Soc Sci. 2015 Jul 1;8:52–59. doi: 10.1016/j.erss.2015.04.010

Table 3.

Upgrades and intended impacts.

Type of upgrade n % Impact
Windows
 - Sealing 6 30 Thermal comfort; Reduce energy costs
 - Replacement 5 25 Thermal comfort; Reduce energy costs
Doors
 - Sealing 9 45 Thermal comfort; Reduce energy costs
 - Replacement 2 10 Thermal comfort; Reduce energy costs
Boiler replacement 12a 60 Thermal comfort; Health and Safety; Reduce energy costs (LL/PO)b
Boiler repair 1 5 Thermal comfort; Health and safety; Reduce energy costs (LL/PO)b
Attic, roof, garage, or boiler room insulation 4 20 Thermal comfort Reduce energy costs (LL/PO)a
Lighting and appliances
 Compact fluorescent lights (CFL) 18 90 Reduce energy costs
 Refrigerator replacement 4 20 Reduce energy costs
Thermostat replacement 3 15 Thermal comfort; Control over temperature (PO)b
Radiator thermostat 8 40 Thermal comfort; Control over temperature
Low flow shower heads and faucets 3 15 Reduce energy costs (LL/PO)b
Smoke detector 16 80 Health and safety
Carbon monoxide detector 18 90 Health and safety
a

2 private homeowners and 4 apartment buildings received new boilers. 12 participants in total lived in households that received new boilers.

b

LL/PO refers to landlords and personal homeowners.