An extensive analytical study of the energy consumption of Canadian office buildings was commissioned by the National Research Council of Canada as part of an effort to establish energy budgets for buildings with various occupancies. The results show that climate and shape can be allowed for by means of simple formulae; that size is not important but height is because of its effect on infiltration. The effect of the period of occupancy needs to be studied further. Significant reductions can be made in the energy consumption of existing buildings without major capital expenditure.Une \ue9tude analytique pouss\ue9e de la consommation d'\ue9nergie dans les immeubles \ue0 bureaux canadiens a \ue9t\ue9 command\ue9e par le Conseil national de rec...
The program consists of two main parts: 1) development of energy standards for buildings; 2) develop...
This thesis examines the costs and benefits of energy management in office buildings and investigate...
Contract No. 19SR-31155-2-4408-7Report No. ACS P6749.00prepared for National Research Council Canada...
When work started on a code for energy conservation in buildings, a preference was expressed for a p...
A model apartment building was developed based upon surveys and computer simulations determining the...
Buildings represent 30% of total energy consumption in Canada. In thermally well-insulated buildings...
A world wide effort has been made to promote green measures among office buildings, as this building...
AbstractThis paper presents an analysis of three innovative solar heating and cooling systems integr...
This note is a compilation of data on energy consumed in office buildings across Canada. The informa...
Modeling assumptions about how buildings will be used and operated have a major role in understandin...
This study is aimed at investigating the connection between annual energy consumption in office buil...
In this thesis, two methods of using the thermal mass in Canadian buildings to reduce operational en...
Contract No. 0SR82-00102Report C8278prepared for National Research Council Canadapr\ue9par\ue9 pour ...
prepared for National Research Council Canadapr\ue9par\ue9 pour le Conseil national de recherches Ca...
This paper summarizes Canada's efforts to reduce the energy usage in housing while at the same time ...
The program consists of two main parts: 1) development of energy standards for buildings; 2) develop...
This thesis examines the costs and benefits of energy management in office buildings and investigate...
Contract No. 19SR-31155-2-4408-7Report No. ACS P6749.00prepared for National Research Council Canada...
When work started on a code for energy conservation in buildings, a preference was expressed for a p...
A model apartment building was developed based upon surveys and computer simulations determining the...
Buildings represent 30% of total energy consumption in Canada. In thermally well-insulated buildings...
A world wide effort has been made to promote green measures among office buildings, as this building...
AbstractThis paper presents an analysis of three innovative solar heating and cooling systems integr...
This note is a compilation of data on energy consumed in office buildings across Canada. The informa...
Modeling assumptions about how buildings will be used and operated have a major role in understandin...
This study is aimed at investigating the connection between annual energy consumption in office buil...
In this thesis, two methods of using the thermal mass in Canadian buildings to reduce operational en...
Contract No. 0SR82-00102Report C8278prepared for National Research Council Canadapr\ue9par\ue9 pour ...
prepared for National Research Council Canadapr\ue9par\ue9 pour le Conseil national de recherches Ca...
This paper summarizes Canada's efforts to reduce the energy usage in housing while at the same time ...
The program consists of two main parts: 1) development of energy standards for buildings; 2) develop...
This thesis examines the costs and benefits of energy management in office buildings and investigate...
Contract No. 19SR-31155-2-4408-7Report No. ACS P6749.00prepared for National Research Council Canada...