실내조명환경의 시각적 쾌적성 확보 및 조명부하 저감을 위한 채광제어방법에 관한 연구
A Study on Daylight Control Method for Securing Visual Comfort and Reducing Lighting Loads on Interior Lighting Environment
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참고문헌
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초록
Inpreviousstudy,toinvestigatetheimpressionofthecompoundlightingbasedontheAC-Modelatthefull-size room,theimpressionsofvariouscompoundlightingwerecompletedascomparedwiththatoftheuniform lightings throughthecomparisonmethod(apairedcomparison)bySemanticDifferentialscaling.Also,weexaminedthe effectofthesupplementarylightingtypeincreasingthelightsatthesideofthewindow andtheblind-control lightingtype,andtheywerecomparedwiththeexistingcompoundlightingtype.Inresults,paredcomparisonof thecompoundlightingandtheuniform lighting,indicatesthattheimpressionofthecompoundlightingisgenerally similartothatoftheuniform lightingwhentherearesameratiosofthelightfrom thewindow.Basedonthese results,wesuggestthattheAC-Modelmightbeappliedtovariousconditions.Andwealsointroducethemethod for daylighting that itis possible to reduce discomfortglare and to improve visualimpressions as the supplementary typeand blind-controltypeon thecompound lighting.And itwasfound thatelectricpower consumptionofthecompoundlighting room waslowerthanthatoftheuniform lighting room whenassame lightingratioofthecompoundlightingandtheuniform lightingfrom thewindow wasprovidedortherewasthe lighting distribution simulated tosamelightratio from thewindow.Sincethemethod oftheACModelwas describedintheexperimentalcondition,additionalstudiesshouldbeperformedtodetermineifthismodelcould beappliedtodifferentwindow configurations,lightinglayoutandtypesofaroom.
Abstract
Inpreviousstudy,toinvestigatetheimpressionofthecompoundlightingbasedontheAC-Modelatthefull-size room,theimpressionsofvariouscompoundlightingwerecompletedascomparedwiththatoftheuniform lightings throughthecomparisonmethod(apairedcomparison)bySemanticDifferentialscaling.Also,weexaminedthe effectofthesupplementarylightingtypeincreasingthelightsatthesideofthewindow andtheblind-control lightingtype,andtheywerecomparedwiththeexistingcompoundlightingtype.Inresults,paredcomparisonof thecompoundlightingandtheuniform lighting,indicatesthattheimpressionofthecompoundlightingisgenerally similartothatoftheuniform lightingwhentherearesameratiosofthelightfrom thewindow.Basedonthese results,wesuggestthattheAC-Modelmightbeappliedtovariousconditions.Andwealsointroducethemethod for daylighting that itis possible to reduce discomfortglare and to improve visualimpressions as the supplementary typeand blind-controltypeon thecompound lighting.And itwasfound thatelectricpower consumptionofthecompoundlighting room waslowerthanthatoftheuniform lighting room whenassame lightingratioofthecompoundlightingandtheuniform lightingfrom thewindow wasprovidedortherewasthe lighting distribution simulated tosamelightratio from thewindow.Sincethemethod oftheACModelwas describedintheexperimentalcondition,additionalstudiesshouldbeperformedtodetermineifthismodelcould beappliedtodifferentwindow configurations,lightinglayoutandtypesofaroom.
참고문헌 (5)
- 한상필, "채광과 인공조명을 조화시키기 위한 조명제어방법에 관한 연구 - 실내공간에서 시각적 쾌적성·조화감에 관한 모델 개발 -", 대한건축학회논문집 계획계, 26(08), pp.317~324 (2010), 대한건축학회
- 한상필, "주광과 인공조명의 합성비율의 변화가 시각적 인상에 미치는 영향", 대한건축학회논문집 계획계, 26(12), pp.365~372 (2010), 대한건축학회
- 한상필, "자연채광의 응용에 의한 합성조명방식의 시각적 쾌적성에 관한 연구", 한국태양에너지학회 논문집, 32(3), pp.199~206 (2012), 한국태양에너지학회[DOI]
- Toshie Iwata., "Visual Comfort in the Daylit luminous environment", Lightings res. Technol, 26(2) (1994)
- Sato. M., "Visual environment of a control room", Lighting Res. Technol, 21(3) (1989)