CAJ | 학술논문

珠海兴业太阳能“GREEN YES”办公楼以建筑遮阳设计为切入点，结合建筑的通风及采光进行多样化的光伏建筑一体化设计，采用了包括建筑立面的季节控制通风光伏遮阳系统、屋顶立面的光伏双玻百叶女儿墙、屋顶平面上的园林式光伏屋面遮阳系统、四楼平台整体升降垂直通风光伏采光顶及裙楼层点式光伏雨篷等五个光伏建筑一体化系统，预计年发电量达153532 kW·h。
주해흥업태양능“GREEN YES”판공루이건축차양설계위절입점，결합건축적통풍급채광진행다양화적광복건축일체화설계，채용료포괄건축립면적계절공제통풍광복차양계통、옥정립면적광복쌍파백협녀인장、옥정평면상적완림식광복옥면차양계통、사루평태정체승강수직통풍광복채광정급군루층점식광복우봉등오개광복건축일체화계통，예계년발전량체153532 kW·h。
Zhuhai Singyes R&D building which is named as “GREEN YES” is designed with a multifunctional BIPV system. The destination of design for the system is to make the PV work both for power generating and building components. Those components contain functions like shading, ventilation and daylighting. There are five different types of BIPV components in this building including seasonally-adjusted BIPV shading and ventilating curtain wall on fa?ade, BIPV louver on parapet, PV roof canopy with landscaping, automatic integrated vertically-lifting BIPV skylight(for natural ventilation of the big hall), double-skin point-supported PV canopy etc. The annual energy production of this building can reach 153 532 kW·h.