A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Decision support tools in energy-led, non-domestic building refurbishment
Towards a generic model for property professionals
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Pressure is growing globally for larger businesses to improve the energy performance of the buildings in which they operate. Property or facility managers are usually responsible for these improvements through energy-led refurbishment. The number and complexity of possible interventions pose challenges that these professionals attempt to meet by using decision support tools (DSTs). The work aims to identify key features of DSTs for energy-led building refurbishment and define an optimum approach.
A desk study examined ten DSTs reported in the available literature and evaluated them against a set of desirable attributes that a property or facility manager would value for this task.
The results of the desk study concluded that no DST offers every feature and that there is an opportunity for a new DST for energy-led refurbishment. An optimum DST template is proposed, consisting of a seven-step process from assessment of the existing state of the building through to continuous evaluation and improvement of the refurbished building.
The work combines the best features of available DSTs into a novel optimised strategy for energy-led refurbishment of non-domestic buildings, which is geographically non-specific and could be applied anywhere in the world.
Decision support tools in energy-led, non-domestic building refurbishment
Towards a generic model for property professionals
–
Pressure is growing globally for larger businesses to improve the energy performance of the buildings in which they operate. Property or facility managers are usually responsible for these improvements through energy-led refurbishment. The number and complexity of possible interventions pose challenges that these professionals attempt to meet by using decision support tools (DSTs). The work aims to identify key features of DSTs for energy-led building refurbishment and define an optimum approach.
A desk study examined ten DSTs reported in the available literature and evaluated them against a set of desirable attributes that a property or facility manager would value for this task.
The results of the desk study concluded that no DST offers every feature and that there is an opportunity for a new DST for energy-led refurbishment. An optimum DST template is proposed, consisting of a seven-step process from assessment of the existing state of the building through to continuous evaluation and improvement of the refurbished building.
The work combines the best features of available DSTs into a novel optimised strategy for energy-led refurbishment of non-domestic buildings, which is geographically non-specific and could be applied anywhere in the world.
Decision support tools in energy-led, non-domestic building refurbishment
Towards a generic model for property professionals
Strachan, Megan (author) / Banfill, Phil (author)
Facilities ; 30 ; 374-395
2012-06-29
22 pages
Article (Journal)
Electronic Resource
English
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