방위각 추적식 프리즘형 집광조명시스템 성능평가
Performance Evaluation of An Azimuth Tracking Prismatic Daylighting System
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참고문헌
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초록
This thesis introduced an azimuth tracking prismatic daylighting system. The system improved several issues of the previous passive prismatic daylighting system: low efficiency at sunrise and sunset, glare effect and polarized. The system was developed to track the movement of sun with azimuth tracking device, and it has its own power from the attached solar cells. We compared the with previous passive one in terms with system efficiency and daylighting factors(DF).
Abstract
This thesis introduced an azimuth tracking prismatic daylighting system. The system improved several issues of the previous passive prismatic daylighting system: low efficiency at sunrise and sunset, glare effect and polarized. The system was developed to track the movement of sun with azimuth tracking device, and it has its own power from the attached solar cells. We compared the with previous passive one in terms with system efficiency and daylighting factors(DF).
참고문헌 (9)
- Lee, E. J., "Concentrating Daylighting Duct System", Journal of the Korea Solar Energy Society, 7, pp.14~19 (2008)
- Park H. K., "Optical fiber type sunlighting technology", pp.44~62 (2010), ceramist
- Lee, S. C, "Information business for optical fiber type sunlighting and technology, the Ministry of Education", Science and Technology (2010)
- Kim, Y. S., "Skin load reduction technology of building", Korea Green Building Council, pp.38~41 (2009)
- Yoon, Y. J., "Architecture and Daylighting System", Journal of the Korea Solar Energy Society, 8(1), pp.3~10 (2009)
- Kim, S. H., "Solar Daylighting System", Journal of th Korean Society for Precision Engineering, 25(10), pp.33~40 (2008)
- Kim, D. H, "Solar-energy parts of New&Renewable energy RD&D Strategy 2030, the Ministry of Commerce", Industry and Energy (2007)
- Korea Energy Management Corporation, "Renewable energy facilities assessment criteria – PV solar panel PV 601 : 2007", ~ (2007)
- Heo, S. K, "Development on Requirement Specification for Performance Assesment of Daylight Collecting System", Ministry of Commerce, Industry and Energy (2006)