| Title |
An Experimental Study on Ventilation and Thermal Performance of Passive Ventilation Building Envelopes |
| Authors |
윤성환(Seong-Hwan Yoon) ; 이태철(Tae-Cheol Lee) ; 강정식(Jung-Sik Kang) |
| Keywords |
패시브 환기 ; 외피 ; 숨쉬는 벽체 ; 통기성능 ; 열성능 ; 자연환기 Passive ventilation ; Building envelopes ; Breathing wall ; Ventilation performance ; Thermal performance ; Natural ventilation ; |
| Abstract |
In this study, 5 types of PVS(Passive ventilation system) units are made and experimented its ventilation performance, thermal performance according to open rate and hole diameter of perforated aluminum plane. Results are as follows. 1) The ventilation performance increases approximately 50～70% according by the open rate of PVS increasing. Also, the ventilation performance increases about 2%～12% according by the hole diameter of PVS increasing. 2) In winter temperature/pressure condition(in：20℃, out：-2℃/△P：0.2～5.0Pa) the temperature of inflow air decreases according by the open rate of PVS increasing. Heat gain performance decreases 10.1%, 25.6% when open rate increases 3) In the same condition, Heat gain performance decreases 18.3%, 18.8% according by the hole diameter of PVS increasing. |