• Title/Summary/Keyword: 패시브 공동주택

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A Study on the Environmental Impact Assessment for Passive Apartment based on Life Cycle Assessment (LCA에 기초한 패시브 공동주택의 친환경성 평가에 관한 연구)

  • Gong, Yu-Ri;Tae, Sung-Ho;Song, Suwon;Roh, Seung-Jun
    • Journal of the Korea Institute of Building Construction
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    • v.14 no.6
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    • pp.537-543
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    • 2014
  • As environmental matters such as Green House Effect rise, many construction industries are putting an effort on minimizing environmental impact in terms of building life cycle throughout the world. However, in South Korea, evaluating the eco-friendly building based on life cycle assessment has been facing an academic ostracism while the most studies are focusing on assessing the 6 environmental impact assessments of passive apartment based on life cycle assessment. The theoretical consideration of the life cycle assessment and environmental impact category were performed and the direction of the study was set up. Also, existing apartment and passive apartment, which had same structure and same type were chosen and building materials per unit area were compared to find out the difference environmental impact for building life cycle. As a result, passive apartment was rated as low level among the 6 environmental impacts. Also, effect of building material on passive apartment was more important than its operational stage.

Study on the check list composition at Sustainable building strategies and Design methods of Long-life housing (장수명 공동주택의 친환경 요소기술 및 계획기법 체크리스트 구성에 관한 연구)

  • Han, Nam-Soo;Lee, Young
    • Journal of the Korean housing association
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    • v.21 no.1
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    • pp.103-112
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    • 2010
  • This Study is about the check-List composition for 'Low carbon green growth' of Long-life housing. That utilization for required the check-list composition at Sustainable building strategies and Design methods. That for long life housing, sustainable building strategies part of building construction and interior, the proper foundation for legislative system, maintenance methods with in building life cycle, sustainable and green architecture capability realization prepare for connection plan with 'Low carbon-green growth'. Extracting from elements of Architectural planing answer to basic concept of Low carbon-green growth and aimed at Low carbon scheme for energy saving, green growth scheme for environmental conservation as to each application purpose reconstitute by classify Check-list category about elements of Architectural planing. Through this architectural research deduce elements of architectural planing that can be research utilization with in Check-list composition.

A Study of Critical Items and Related Standards on Designing for Passive Apartments (패시브 공동주택 계획을 위한 설계 중점항목 및 관련 기준 연구)

  • Lee, Myoung-Ju
    • Journal of the Architectural Institute of Korea Planning & Design
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    • v.34 no.7
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    • pp.21-29
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    • 2018
  • This study aimed to find and suggest the purpose of future plans, critical items on designing and Related standards to amend construction standards for domestic energy saving and environmentally friendly housings. It would also activate and increase the supplies of passive house minimizing the problems on current apartment housings in winter and reducing heating energy which brings fine dust pollution. After defining the standard model of Korean apartment housings(reference model), this study calculated the amount of heating energy demand per unit area annually as applying the yearly changed standards from 2008 to 2017 to existing standard model. It turned out that applying 2017 construction standards of energy saving and eco-friendly housings to reference model has saved up to 75% of heating energy demand comparing to the one applied 2008's. However, it still could not solve the fundamental problems such as winter fungus, condensation, freezing, freeze and burst, and insulation weakness space, and could not be free from fine dust particles. To solve them, this study suggested improved standards adding critical items on design related to outside insulation, cut off the heat-bridge, enforce air-tightness and heat change efficiency on heat recovery ventilator. As a result, it has reduced more than 10% of heat demand from 2017. It would be more than 90% of savings from 2008 if we make the amount of heat loss be zero on heat bridge on designing stage in the future.