키네틱 외피 유닛 모듈의 구동방식에 따른 타공정도의 실내 균제도 효율성 검증

Abstract

Purpose: In the preceding study on kinetic envelope, various studies were conducted to create a suitable indoor lighting environment for each space, but the study of uniform lighting environment was insufficient. In this study, the correlation between driving method and perforation degree is analyzed to verify efficiency of improvement of fungi for indoor light environment and comfort. Method: The opening and closing areas and angles for inflow of proper average illumination according to the driving method were derived and compared and analyzed by drawing uniformity ratio of illuminance according to other process drawings. Result: First, in this study, variables for driving method and other process roads were set to establish limits for performance evaluation. Second, 25% in H-flap, 100% in V-flap, 22.5 ̊ in H-fold, 45 V in V-fold, 22.5 - in H-S.fold, and 45 ̊ in V-S.fold could be derived with an indoor average illumination of 300 to 600 lx. Third, it was possible to derive a high rate of uniformity ratio of illuminance value from 150㎜/200㎜ of perforated panels among four of the six drive methods(H-flap, H-fold, V-S.fold, and H-S.fold). And it could be drawn that the uniformity of the perforation degree according to all driving methods is not proportional. In order to increase the uniformity ratio of illuminance, apply suitable perforation panels for the driving method shall be applied, and horizontal rather than vertical ones are suitable for improving the uniformity ratio of illuminance.