국내 주요도시의 표준기상자료를 이용한 시간당 표면온도 산출 및 분석
Analysis and Calculation of Hourly Surface Temperature Based on Typical Meterorological Data for Major Cities in Korea
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초록
Computer simulation of buildings and solar energy systems is being used increasingly in energy assessments and design. The purpose of our work is to predict the surface temperature on inclined surfaces based on ISO-TRY typical weather data. To reach this goal, three studies were performed. They consisted of quantifying the accuracy of various well-known three models. The first type of models calculated diffuse horizontal irradiations from global ones and the second type models computed global irradiations on inclined planes from diffuse and global components on a horizontal surface. The third type of model calculated long-wave radiation and surface temperature from ISO-TRY typical weather data. The proposed model can provide an alternative to building designers in estimating the surface temperature and solar irradiation on inclined surfaces where only the typical meteorological data are available.
Abstract
Computer simulation of buildings and solar energy systems is being used increasingly in energy assessments and design. The purpose of our work is to predict the surface temperature on inclined surfaces based on ISO-TRY typical weather data. To reach this goal, three studies were performed. They consisted of quantifying the accuracy of various well-known three models. The first type of models calculated diffuse horizontal irradiations from global ones and the second type models computed global irradiations on inclined planes from diffuse and global components on a horizontal surface. The third type of model calculated long-wave radiation and surface temperature from ISO-TRY typical weather data. The proposed model can provide an alternative to building designers in estimating the surface temperature and solar irradiation on inclined surfaces where only the typical meteorological data are available.
참고문헌 (8)
- CIBSE Guide J, "Chartered Institution of Building Services Engineers" (2002)
- Erbs, D.G, "Estimation of the diffuse radiation fraction for hourly, daily and monthly-average global radiation", 28(4), pp.293~302 (1982)
- Duffie, J.A., "Solar engineering of thermal procees", pp.759~761 (2006), Willey
- Kalogirou, S.A., "Solar energy engineering processes and system", pp.503~507 (2009), Academic Press
- 이관호, "Generation of typical weather data using the ISO Test Reference Year (TRY) method for major cities of South Korea", BUILDING AND ENVIRONMENT, 45(4), pp.956~963, PERGAMON-ELSEVIER SCIENCE LTD
- Orgill, J.F, "Correlation equation for hourly diffuse radiation on a horizontal surface", Solar Energy, 19(4), pp.337~359 (1977)
- Reindl, D.T, "Diffuse fraction correlations", Solar Energy, 45(1), pp.1~7 (1990)
- Eicker, U, "Solar technologies for buildings", pp.228~231 (2001), Willey