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일사량에 따른 전면형 이중외피시스템의 중공층 내부온도 분석
趙秀(Soo Cho),임화숙(Hwa-Suk Im),성욱주(Uk-Ju Sung),박정환(Jeong-Hwan Park),심경종(Kyung-Jong Sim),한찬훈(Chan-Hun Han) 대한설비공학회 2010 대한설비공학회 학술발표대회논문집 Vol.2010 No.6
Thermal buffer between the indoor and outdoor space of the building by double envelope system provide energy savings and comfortable environment. This paper mentioned thermal analysis of environmental factors on its performance evaluated based on the front type double skin envelope system among general type double skin envelope system. In this Research, analyze the performance of solar energy utilization in field experiments analyze of the front type double skin envelop system applied to the Green Building at Korea Institute of the Research. Each season (summer, mid season, winter) of solar radiation (high, medium, low) temperature distribution inside a double envelope were analyzed. The solar radiation by the (high, medium, low) of each layer and intermediate space in double skin envelop temperature gradient of the internal temperature distribution were negligible in summer (July-August) and mid season (September-October). When solar radiation is high, the temperature gradient of each layer showed a significant variation of the internal temperature distribution is also larger in winter.