Earticle

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영어

In this study, an algorithm for control of SPD(Suspended Particles Display) on Smart Skin was proposed. The office with SPD located in Jeonju, Jeollabuk-do was modeled and simulated using TRNSYS18. Through simulation, the energy and lighting consumption of building were analyzed The two kinds of control algorithm(SPD and dimming control method for cool energy and lighting energy saving(CASE 1) and improved control method(CASE 2)) were compared. For this research, Two models(with and without SPD and dimming control) were analyzed by comparing the cooling energy and the light energy consumption was reduced 15.1%, and the lightind energy consumption was reduced by 39.2% more than the model without SPD and dimming control. But, at the improved control method(CASE 2) the cooling energy consumption was reduced of more 2.5% and lighting energy consumptions was reduced of more 18.3% than CASE 1. When using SPD and dimming control, lighting energy consumptions showed more sensitive to solar radiation than cooling energy consumptions. As the improved control method(CASE 2) showed more advantageous saving tate than SPD and dimming control metrhod for cool energy and lighting energy saving(CASE 1), it was found that the improved control method (CASE 2) must be utilized in practice for SPD and dimming control.

목차

ABSTRACT
1. 서론
2. 연구방법
2.1 첨단 외피 시스템
2.2 TRNSYS Simulation Modeling
3. 첨단 외피 최적제어 모델링 및 시뮬레이션
3.1 냉방에너지와 조명에너지 절감을 위한 SPD 및 조광제어(CASE 1)
3.2 개선된 SPD 및 조광제어(CASE 2)
4. 결론
후기
References

키워드

첨단 외피 트랜시스 SPD 조광 제어 SPD제어 에너지절감 Smart skin TRNSYS Suspended particles display Dimming control SPD control Energy saving

저자

• 조성환 [ Sung-Hwan Cho | Member, Professor, Jeonju University ] Corresponding author

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