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학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
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논문 기본 정보
- 자료유형
- 학술저널
- 저자정보
- 발행연도
- 2014.4
- 수록면
- 53 - 59 (7page)
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초록· 키워드
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Ice Rink is energy intensive building type. Concern of energy saving from buildings is one of very important issues nowadays. New and renewable energy sources for buildings are especially important when we concern about energy supply for buildings. Among new and renewable energy sources, use of seawater for heating and cooling is an emerging issue for energy conscious building design. The options of energy use from sea water heat sources are using deep sea water for direct cooling with heat exchange facilities, and using surface layer water with heat pump systems.
In this study, energy consumptions for an Ice Rink building are analyzed according to the heat sources of air-conditioning systems; existing system and sea water heat source system, in a coastal city, Kangnung. The location of the city Kangnung is good for using both deep sea water which is constant temperature throughout the year less than 2℃, and surface layer water which should be accompanied with heat pump systems. The result shows that using sea water from 200m and 30m under sea lever can save annual energy consumption about 33% of original system and about 10% of that using seawater from 0m depth. Annual energy consumption is similar between the systems with seawater from 200m and 30m. Although the amount of energy saving in summer of the system with 200m depth is higher than that with 30m depth, the requirement of energy in winter of the system with 200m depth is bigger than that with 30m depth.
In this study, energy consumptions for an Ice Rink building are analyzed according to the heat sources of air-conditioning systems; existing system and sea water heat source system, in a coastal city, Kangnung. The location of the city Kangnung is good for using both deep sea water which is constant temperature throughout the year less than 2℃, and surface layer water which should be accompanied with heat pump systems. The result shows that using sea water from 200m and 30m under sea lever can save annual energy consumption about 33% of original system and about 10% of that using seawater from 0m depth. Annual energy consumption is similar between the systems with seawater from 200m and 30m. Although the amount of energy saving in summer of the system with 200m depth is higher than that with 30m depth, the requirement of energy in winter of the system with 200m depth is bigger than that with 30m depth.
목차
Abstract
1. 서론
2. 강릉지역 해수온도 분석
3. 빙상경기장 건물의 개요 및 냉난방시스템
4. 시스템별 에너지사용량 분석
5. 결론
reference
참고문헌 (9)
참고문헌 신청
박진영 / 2013 / 해수 냉방시스템의 빙상경기장 적용 방안 및 LCC 분석 / 한국태양에너지학회 논문집 33(2):50~55
박진영 / 2013 / 제주지역 연구소 건물의 해수열원 냉난방시스템 적용 및평가 / 한국태양에너지학회 논문집 33(6):26~31
Hwang, K. Y. / 2010 / A Study of Policy Measures for Commercializing Marine Energyin Korea
Matsuo, J / Thermal Characteristicsand Energy Conservation Measuresin an Indoor Speed-Skating Arena / Proceedings of Building Simulation 2011 :2072~2079
Hong, H. K. / 2002 / Air-Conditioning System by Heat Pump / Sungandang
박진영 / 2013 / 제주지역 연구소 건물의 해수열원 냉난방시스템 적용 및평가 / 한국태양에너지학회 논문집 33(6):26~31
Hwang, K. Y. / 2010 / A Study of Policy Measures for Commercializing Marine Energyin Korea
Matsuo, J / Thermal Characteristicsand Energy Conservation Measuresin an Indoor Speed-Skating Arena / Proceedings of Building Simulation 2011 :2072~2079
Hong, H. K. / 2002 / Air-Conditioning System by Heat Pump / Sungandang
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