A two-storey house with basement was modelled using the ENCORE computer program and the climatic conditions of 10 locations in Canada and four different levels of insulation. A direct correlation was found between the above-grade envelope thermal conductance and energy consumption. This correlation could not be reproduced using modified degree-day or variable degree-day heat loss calculations. Modifications to these calculations that would be required to reflect the correlation are discussed.On a simul\ue9 le mod\ue8le d'une maison \ue0 deux \ue9tages avec sous-sol \ue0 l'aide du programme informatique ENCORE, en reproduisant les conditions climatiques de 10 r\ue9gions du Canada avec quatre degr\ue9s diff\ue9rents d'isolation. On a d\ue9cou...
AbstractThe building envelope plays a crucial role in reducing operational energy demand. The two ma...
For users and developers of energy simulation soft-ware tools, knowledge of which inputs have a sign...
This paper covers a topic that is often neglected in building energy studies: the interdependency of...
The evaluation of a house design requires a method for estimating the effect of various design featu...
This paper describes the development of the seasonal cooling energy correlation equation, and compar...
Whole house heat loss test methods are used to determine the heat transfer coefficient (HTC) of dwel...
The annual building heating/energy requirement is a function of the thermal resistance of the buildi...
The building envelope plays a crucial role in reducing operational energy demand. The two main prope...
Building on the development of a correlation method to determine seasonal residential cooling energy...
Based entirely on computer simulation, this study was carried out to determine the effect of the hea...
A new energy efficiency code for nonresidential buildings is being developed in Canada. This code wi...
This article presents the results of a research aimed at obtaining detailed knowledge on the thermal...
Electricity dependent heating-cooling (H/C) system has increased rapidly to provide thermal comfort ...
The key building design factors that affect the energy flow in domestic buildings are: thermal mass,...
Information about the natural gas and electricity consumption, size, age, and style of construction ...
AbstractThe building envelope plays a crucial role in reducing operational energy demand. The two ma...
For users and developers of energy simulation soft-ware tools, knowledge of which inputs have a sign...
This paper covers a topic that is often neglected in building energy studies: the interdependency of...
The evaluation of a house design requires a method for estimating the effect of various design featu...
This paper describes the development of the seasonal cooling energy correlation equation, and compar...
Whole house heat loss test methods are used to determine the heat transfer coefficient (HTC) of dwel...
The annual building heating/energy requirement is a function of the thermal resistance of the buildi...
The building envelope plays a crucial role in reducing operational energy demand. The two main prope...
Building on the development of a correlation method to determine seasonal residential cooling energy...
Based entirely on computer simulation, this study was carried out to determine the effect of the hea...
A new energy efficiency code for nonresidential buildings is being developed in Canada. This code wi...
This article presents the results of a research aimed at obtaining detailed knowledge on the thermal...
Electricity dependent heating-cooling (H/C) system has increased rapidly to provide thermal comfort ...
The key building design factors that affect the energy flow in domestic buildings are: thermal mass,...
Information about the natural gas and electricity consumption, size, age, and style of construction ...
AbstractThe building envelope plays a crucial role in reducing operational energy demand. The two ma...
For users and developers of energy simulation soft-ware tools, knowledge of which inputs have a sign...
This paper covers a topic that is often neglected in building energy studies: the interdependency of...