Abstract
By means of space profiles of buildings and the standardized energy functions per space an energy consumption standard for a building can be determined. Such a standard depends on the performance of a chosen system. The theory and development of Demand-Side Management, which is the basis of space profiles in buildings has been discussed in the publication `Efficiency improvement in the built environment: Keys for the energy utility` (June 1991). This Appendix to the report discusses the results of the inventory of characteristics of the energy functions of several spaces in buildings: residential spaces, sleeping rooms, offices, factories, shops, kitchens, dining rooms, washrooms, showers, sporting accomodations, stores, passages. Attention is paid to space heating, air conditioning, ventilation, lighting, food refrigeration and water heating.
Citation Formats
Verlinden, J.
Efficiency improvement in the built environment: Energy function profiles. Appendix 3; Efficiency verbetering in de gebouwde omgeving: Energiefunctieprofielen. Bijlage 3.
Netherlands: N. p.,
1991.
Web.
Verlinden, J.
Efficiency improvement in the built environment: Energy function profiles. Appendix 3; Efficiency verbetering in de gebouwde omgeving: Energiefunctieprofielen. Bijlage 3.
Netherlands.
Verlinden, J.
1991.
"Efficiency improvement in the built environment: Energy function profiles. Appendix 3; Efficiency verbetering in de gebouwde omgeving: Energiefunctieprofielen. Bijlage 3."
Netherlands.
@misc{etde_10131783,
title = {Efficiency improvement in the built environment: Energy function profiles. Appendix 3; Efficiency verbetering in de gebouwde omgeving: Energiefunctieprofielen. Bijlage 3}
author = {Verlinden, J}
abstractNote = {By means of space profiles of buildings and the standardized energy functions per space an energy consumption standard for a building can be determined. Such a standard depends on the performance of a chosen system. The theory and development of Demand-Side Management, which is the basis of space profiles in buildings has been discussed in the publication `Efficiency improvement in the built environment: Keys for the energy utility` (June 1991). This Appendix to the report discusses the results of the inventory of characteristics of the energy functions of several spaces in buildings: residential spaces, sleeping rooms, offices, factories, shops, kitchens, dining rooms, washrooms, showers, sporting accomodations, stores, passages. Attention is paid to space heating, air conditioning, ventilation, lighting, food refrigeration and water heating.}
place = {Netherlands}
year = {1991}
month = {Mar}
}
title = {Efficiency improvement in the built environment: Energy function profiles. Appendix 3; Efficiency verbetering in de gebouwde omgeving: Energiefunctieprofielen. Bijlage 3}
author = {Verlinden, J}
abstractNote = {By means of space profiles of buildings and the standardized energy functions per space an energy consumption standard for a building can be determined. Such a standard depends on the performance of a chosen system. The theory and development of Demand-Side Management, which is the basis of space profiles in buildings has been discussed in the publication `Efficiency improvement in the built environment: Keys for the energy utility` (June 1991). This Appendix to the report discusses the results of the inventory of characteristics of the energy functions of several spaces in buildings: residential spaces, sleeping rooms, offices, factories, shops, kitchens, dining rooms, washrooms, showers, sporting accomodations, stores, passages. Attention is paid to space heating, air conditioning, ventilation, lighting, food refrigeration and water heating.}
place = {Netherlands}
year = {1991}
month = {Mar}
}