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Development of Impact Table and optimum combination dedication module for green-remodeling advance business value assessment
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  • Journal title : KIEAE Journal
  • Volume 16, Issue 3,  2016, pp.5-12
  • Publisher : Korea Institute of Ecological Architecture and Environment
  • DOI : 10.12813/kieae.2016.16.3.005
 Title & Authors
Development of Impact Table and optimum combination dedication module for green-remodeling advance business value assessment
Choi, Jun-Woo; Kim, Gyoung-Rok; Ko, Jung-Lim; Shin, Jee-Woong; Lee, Keon-Ho;
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 Abstract
Purpose: In case of existing building, A lot of attempts are being made like changing thermal system or using high efficiency products to decrease energy load and increase energy efficiency. However, (1) Absence of systemed database of green-remodeling technology and products. (2) Absence of comparative analysis system and qualitative/quantitative evaluation method of energy performance and energy reduction cost. (3) Existing remodeling was very hard to access for non-experts. So, in this paper, the authors developed data base for green-remodeling(Impact Table A, Impact Table B) and optimum combination dedication tool for user convenience. Accordingly, purpose of this paper validate usefulness of Impact Table and optimum alternative dedication tool. Method: For validate the usefulness of Impact Table and optimum combination dedication tool, the authors selected five test model office buildings. Next, through research investigation, the authors diagnosed the present state of buildings. In base of diagnosis results, select technologies for remodeling by qualitative comparison (Impact Table A). Next, evaluate quantitative price and performance technologies that selected in Impact Table A (Impact Table B). Lastly, through final evaluation of Impact Taba A and Impact Table B, determine the direction of the green-remodeling. Result: Impact Table and optimum combination dedication tool can use relative indicator for green-remodeling, especially through ROI by detail field.
 Keywords
Green-remodeling;Energy performance;Impact Table;Optimum combination;
 Language
English
 Cited by
 References
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