This is a study of how indoor temperature settings have changed over time in the United States based on data from the Energy Information Administration’s, Residential Energy Consumption Survey (RECS). It is shown that Americans have moderately raised indoor temperature settings during the heating season over the past thirty years. It is also shown that most Americans keep their homes relatively cool in the summertime and are generally averse to implementing temperature setbacks. It is revealed that occupants in lower-income homes tend to set their thermostats higher in winter than other income groups, but that the most intense cooling tends to take place in both low-income and high-income homes. As expected, renters tend to heat and cool mo...
Existing theories have little to say about thermal comfort in the home. Most previous studies have f...
This paper describes the results related to space heating and thermostat use from a study of owner-o...
Adjustments in the final use of energy are a critical margin of adaptation for maintaining indoor th...
A home energy management system (HEMS) shows the energy used indoors so that the energy waste can be...
Residential buildings instigate a vital role in creating a safe and comfortable indoor living enviro...
The typical U.S. household uses two to four times as much electricity per person as the typical Japa...
The aim of this study was to gain a better understanding of human factors potentially related to ene...
The objective of this study is to quantify the extent to which variation in heating season indoor te...
The adaptive hypothesis predicts that contextual factors and past thermal history modify building oc...
Residential thermostats control a substantial portion of both fuel and electrical energy--9% of the ...
Indoor temperatures are key mediators of housing related health outcomes. In Australia, policy maker...
This study examines occupants’ perceptions of comfort, control, and adaptation in Colonial Revival s...
Managing thermal comfort, in both hot and cold climates, critically influences energy use in homes [...
In the international movement to combat the threat of climate change, the timely implementation of r...
In an effort to reduce the operational cost of their dwellings, occupants may even have to sacrifice...
Existing theories have little to say about thermal comfort in the home. Most previous studies have f...
This paper describes the results related to space heating and thermostat use from a study of owner-o...
Adjustments in the final use of energy are a critical margin of adaptation for maintaining indoor th...
A home energy management system (HEMS) shows the energy used indoors so that the energy waste can be...
Residential buildings instigate a vital role in creating a safe and comfortable indoor living enviro...
The typical U.S. household uses two to four times as much electricity per person as the typical Japa...
The aim of this study was to gain a better understanding of human factors potentially related to ene...
The objective of this study is to quantify the extent to which variation in heating season indoor te...
The adaptive hypothesis predicts that contextual factors and past thermal history modify building oc...
Residential thermostats control a substantial portion of both fuel and electrical energy--9% of the ...
Indoor temperatures are key mediators of housing related health outcomes. In Australia, policy maker...
This study examines occupants’ perceptions of comfort, control, and adaptation in Colonial Revival s...
Managing thermal comfort, in both hot and cold climates, critically influences energy use in homes [...
In the international movement to combat the threat of climate change, the timely implementation of r...
In an effort to reduce the operational cost of their dwellings, occupants may even have to sacrifice...
Existing theories have little to say about thermal comfort in the home. Most previous studies have f...
This paper describes the results related to space heating and thermostat use from a study of owner-o...
Adjustments in the final use of energy are a critical margin of adaptation for maintaining indoor th...