제로에너지 건물을 위한 스마트스킨의 제어 방법 및 성과검증에 관한 연구
A Study on Smart Skin Control Method and M&V for Zero Energy Building
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초록
This study is about the control method of smart skin applying SPD(Suspended Particles Display). Smart skin is a self-developed composite window system for the purpose of reducing the cooling load and lighting load. The simulation by TRNSYS18 was modeled in detail based on an actual office located in Jeonju. The previously studied smart skin control method (case1) is a time-dependent control method, and a new control method (case2) was devised based on the data that consideration of daily insolation is important in an actual environment. As a result of simulation by case1, it was found that the amount of cooling energy and lighting energy saved was reduced by 15.1% and 39.2%, respectively, compared to the general model. As a result of the simulation by case2, it was found that the amount of cooling energy and lighting energy saved was reduced to 17.6% and 57.5%, respectively, compared to the general model. Therefore, the newly proposed control method considering the amount of insolation and time was found to be effective in reducing cooling energy and lighting energy.
Abstract
This study is about the control method of smart skin applying SPD(Suspended Particles Display). Smart skin is a self-developed composite window system for the purpose of reducing the cooling load and lighting load. The simulation by TRNSYS18 was modeled in detail based on an actual office located in Jeonju. The previously studied smart skin control method (case1) is a time-dependent control method, and a new control method (case2) was devised based on the data that consideration of daily insolation is important in an actual environment. As a result of simulation by case1, it was found that the amount of cooling energy and lighting energy saved was reduced by 15.1% and 39.2%, respectively, compared to the general model. As a result of the simulation by case2, it was found that the amount of cooling energy and lighting energy saved was reduced to 17.6% and 57.5%, respectively, compared to the general model. Therefore, the newly proposed control method considering the amount of insolation and time was found to be effective in reducing cooling energy and lighting energy.
참고문헌 (6)
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- Seok-Hyun Kim, "A Study on the Development of Advanced Skin Performance Measurement Method and Performance Standard", Journal of the 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
- Seongki Hong, "Study on the Methodology for Optimal Control of Smart Enclosure System", Branch Association Conference, pp.1098~1101 (2018)
- 민준기, "냉방부하 저감을 위한 스마트 스킨의 에너지 성능 평가에 관한 연구", 설비공학 논문집, 30(11), pp.546~557 (2018), 대한설비공학회[DOI]