국내 태양열시스템 설치를 위한 시스템 최적 설치각 산출을 통한 최대 경사면일사량 분석
Analysis of Maximum Solar Radiation on Inclined Surfaces for the Installation of Solar Thermal Systems in Korea Using the Optimum Installation Angle
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초록
The amount of incident rays over inclination according to direction has been widely utilized as important data in installing solar thermal systems. To optimize the incident solar radiation, the slope, that is the angle between the plane surface in question and the horizontal, and the solar azimuth angles are needed for these solar thermal systems. This is because the performance of the solar thermal systems in much affected by angle and direction of incident rays. Recognizing that factors mentioned above are of importance, actual experiment on the moving route of the sun have been performed in this research to obtain the angle of inclination with which the maximum incident rays can be absorbed. After all, the standard for designing highly optimized solar thermal systems will be provided for designers and employees working in the solar collector related industries.
Abstract
The amount of incident rays over inclination according to direction has been widely utilized as important data in installing solar thermal systems. To optimize the incident solar radiation, the slope, that is the angle between the plane surface in question and the horizontal, and the solar azimuth angles are needed for these solar thermal systems. This is because the performance of the solar thermal systems in much affected by angle and direction of incident rays. Recognizing that factors mentioned above are of importance, actual experiment on the moving route of the sun have been performed in this research to obtain the angle of inclination with which the maximum incident rays can be absorbed. After all, the standard for designing highly optimized solar thermal systems will be provided for designers and employees working in the solar collector related industries.
참고문헌 (5)
- Duffie John A., "Solar Engineering of Thermal Process" (1991), John Wiley & Sons, Inc.
- D.Feuermann, "Validation of Models for Global Irradiance, on Inclined Planes", Solar Energy, 48(1) (1992)
- M.Klucher, "Evaluation of Models to Predict Insolation on Tilted Surface", Solar Energy, 23 (1992)
- J.L.Wise, "Analysis of Solar Radiation Measurements on An Inclined Surfacein Anchorage Alaska" (1980), AEIDC Publication
- 기상청, "기상년·월보, 1982~2006", ~