지중온도를 이용한 지하공간 벽체의 난방부하 계산에 관한연구
A study about caculating the heating load of the wall of underground space to be used undereground temperature
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The energy crisis is culminating for the life of the fossil fuel in the future which is come to end at 3040 years. Moreover above 90% of the energy in our country depend on importing and the crisis is more serious than it of other countries. So architects devote low energy house research and it means underground space research have become public opinion. But there is not an accurate and utility method calculating the heating load of underground space. In this study it is proposed that the heating load is calculated by setting adiabatic thichness of soil and predicting underground temperature. The prediction of the underground temperature is calculated by the latitude, the level, the distance from sea, the condition of earth surface.
Abstract
The energy crisis is culminating for the life of the fossil fuel in the future which is come to end at 3040 years. Moreover above 90% of the energy in our country depend on importing and the crisis is more serious than it of other countries. So architects devote low energy house research and it means underground space research have become public opinion. But there is not an accurate and utility method calculating the heating load of underground space. In this study it is proposed that the heating load is calculated by setting adiabatic thichness of soil and predicting underground temperature. The prediction of the underground temperature is calculated by the latitude, the level, the distance from sea, the condition of earth surface.
참고문헌 (6)
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- Benjamin Stein, "Mechanical and Ele ctrical Equipment for Building", 대한설비공학회, 1992, pp.1, 122~[DOI]
- 기상청, "기상청( 1980∼2003)" (1980), 기상연보
- 임만택, "건축환경계획", pp.110~ (2005), 보문당
- Glen E, "nalytical Methods in Conduction Heat Transfer", pp.173~176 (1971), Mcgraw Hill
- 대한 설비 공학회, "설비 공학 편람", 2, pp.1.3~4 (2001), 대한 설비 공학회