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2 레이어 파라메트릭 집광채광 루버를 활용한실내 온열환경 개선에 관한 연구
최성윤(Choi Sung yoon),심슬기(Sim Seul Gi),권단비(Kwon Dan Bi),박경순(Park Kyung Soon) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
The BIPV, which is closely attached to windows and exterior walls, has problems with safety and deterioration of indoor thermal environment, which reduces the comfort of passengers. In contrast, a study was conducted to improve the thermal environment by combining BIPV with a two-layer louver condensation lighting system. In the office, the rooms were divided based on the center of the two windows, a two-stage louver was installed in the left window, and a BIPV was installed in the ceiling. On the right side, after installing the BIPV in the indoor window, the temperature, humidity and illumination were measured by the equipment installed in the same position every hour. As a result of the experiment, the longer the distance from the window, the lower the overall temperature, and the higher the temperature where the lighting louvers were installed on the second floor. The possibility of solar power generation using a second-floor luminescent louver was also confirmed because the illuminance difference was large near the window space and solar power generation modules were installed on the ceiling near the window.
2 레이어 파라메트릭 집광채광 루버를 활용한실내 온열환경 개선에 관한 연구
최성윤(Choi Sung yoon),심슬기(Sim Seul Gi),권단비(Kwon Dan Bi),박경순(Park Kyung Soon) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
The BIPV, which is closely attached to windows and exterior walls, has problems with safety and deterioration of indoor thermal environment, which reduces the comfort of passengers. In contrast, a study was conducted to improve the thermal environment by combining BIPV with a two-layer louver condensation lighting system. In the office, the rooms were divided based on the center of the two windows, a two-stage louver was installed in the left window, and a BIPV was installed in the ceiling. On the right side, after installing the BIPV in the indoor window, the temperature, humidity and illumination were measured by the equipment installed in the same position every hour. As a result of the experiment, the longer the distance from the window, the lower the overall temperature, and the higher the temperature where the lighting louvers were installed on the second floor. The possibility of solar power generation using a second-floor luminescent louver was also confirmed because the illuminance difference was large near the window space and solar power generation modules were installed on the ceiling near the window.
2 레이어 파라메트릭 집광채광 루버를 활용한실내 온열환경 개선에 관한 연구
최성윤(Choi Sung yoon),심슬기(Sim Seul Gi),권단비(Kwon Dan Bi),박경순(Park Kyung Soon) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
The BIPV, which is closely attached to windows and exterior walls, has problems with safety and deterioration of indoor thermal environment, which reduces the comfort of passengers. In contrast, a study was conducted to improve the thermal environment by combining BIPV with a two-layer louver condensation lighting system. In the office, the rooms were divided based on the center of the two windows, a two-stage louver was installed in the left window, and a BIPV was installed in the ceiling. On the right side, after installing the BIPV in the indoor window, the temperature, humidity and illumination were measured by the equipment installed in the same position every hour. As a result of the experiment, the longer the distance from the window, the lower the overall temperature, and the higher the temperature where the lighting louvers were installed on the second floor. The possibility of solar power generation using a second-floor luminescent louver was also confirmed because the illuminance difference was large near the window space and solar power generation modules were installed on the ceiling near the window.