摘要
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15 3532 k W·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 facade, 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.
出处
《建筑节能》
CAS
2015年第10期30-32,72,共4页
BUILDING ENERGY EFFICIENCY
基金
中美超低能耗建筑技术合作研究与示范项目--"夏热冬暖地区超低能耗建筑技术研究与示范"课题(2014DFA70660)
关键词
光伏建筑一体化
光伏遮阳
光伏采光顶
光伏屋面
光伏百叶
光伏雨棚
Building Integrated Photovoltaic (BIPV)
BIPV sunshades
BIPV skylight
BIPV roof
BIPV louver
BIPV canopy