INTEGRATED ASSESSMENT OF ENERGY CONSERVATION BUILDINGS
Hiroshi OHGA, Kanji Sakai, Yoshitsugu Takei, Kazuharu TAKEMOTO, Hisataka KANEDA
Abstract
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Hiroshi OHGA, Kanji Sakai, Yoshitsugu Takei, Kazuharu TAKEMOTO, Hisataka KANEDA
Abstract
Open-access reader
Energy Conservation Buildings are very effective for restraint of global warming. To find the most suitable strategies for energy conservation, it is necessary to assess various combinations of energy conservation techniques based on both environmental and economic viewpoints. Since these assessments are laborious and time consuming, an assessment tool has been desired. This paper describes a computer program named "Integrated Assessment System for Energy Conservation" that allows engineers and architects to recombine many energy conservation techniques easily in early phase of architectural and building services planning. Through computer simulation, vector diagrams to find the most suitable combination will be presented.
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Energy Conservation Buildings are very effective for restraint of global warming. To find the most suitable strategies for energy conservation, it is necessary to assess various combinations of energy conservation techniques based on both environmental and economic viewpoints. Since these assessments are laborious and time consuming, an assessment tool has been desired. This paper describes a computer program named "Integrated Assessment System for Energy Conservation" that allows engineers and architects to recombine many energy conservation techniques easily in early phase of architectural and building services planning. Through computer simulation, vector diagrams to find the most suitable combination will be presented.
Key concepts: Energy conservation, Viewpoints, Conservation of energy, Computer science, Architectural engineering, Energy (signal processing), Efficient energy use, Systems engineering