스마트 건물에서 에너지 최적제어 방법 개발 및 실증, 성과검증에 관한 연구
A Study of Development of Optimal Energy Control Method, Demonstration and M&V in Buildings with Smart Skin
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초록
In this study, a smart skin system that combines SPD (suspended particle display) and LGG (Lighting Guide Glass) and its optimal control method was developed for the purpose of simultaneously reducing the lighting load and cooling load in office buildings. And a demonstration site was built to test the results. The demonstration site was constructed as an experimental group with a smart skin system installed and a control group with a general window system installed. When the cooling energy consumption of the experimental group to which the smart skin system was applied was reduced by about 36.9% compared to the control group, the lighting energy was also reduced by 54.4%.
Abstract
In this study, a smart skin system that combines SPD (suspended particle display) and LGG (Lighting Guide Glass) and its optimal control method was developed for the purpose of simultaneously reducing the lighting load and cooling load in office buildings. And a demonstration site was built to test the results. The demonstration site was constructed as an experimental group with a smart skin system installed and a control group with a general window system installed. When the cooling energy consumption of the experimental group to which the smart skin system was applied was reduced by about 36.9% compared to the control group, the lighting energy was also reduced by 54.4%.
참고문헌 (6)
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- Kim, Sung-Woo, "Verification of the Natural Ventilation Performance of the Core Part of Smart Ventilation System", Proceedings of the Korean Institute of Architects Conference, pp.495~496 (2013)
- Seok-Hyeon Kim, "A Study on the Advanced Skin Performance Measurement Method and Performance Standard Development Plan", Korean Institute of Equipment Engineers Winter Conference, pp.223~226 (2017)
- 김석호, "재실여부가 반영된 MPC환경구축 및 조명제어의 성능 평가", 한국건축친환경설비학회 논문집, 11(6), pp.546~557 (2017), 한국건축친환경설비학회