Solar PV Application Scenarios
Building-Integrated Photovoltaics (BIPV)
Description
Overview / 概述
Building-Integrated Photovoltaics (BIPV) integrate solar panels directly into the building envelope, replacing conventional building materials such as facade cladding or window glazing. BIPV systems serve as both building envelope material and power generation system.
BIPV光伏建筑一体化将太阳能板直接集成到建筑围护结构中,替代传统的外墙板或玻璃窗等建筑材料。BIPV系统同时承担建筑围护功能和发电功能。
Mounting Structure Details / 支架结构详情
BIPV systems replace traditional building envelope components with photovoltaic modules that also serve structural and environmental functions. The mounting system is essentially a high-performance curtain wall, using extruded
aluminum frames, structural silicone sealants, and EPDM gaskets. BIPV modules must meet both PV performance standards and building code requirements.
BIPV系统用光伏组件替代传统建筑围护构件 ,同时承担结构和环境功能。其安装系统本质上是高性能幕墙 ,采用挤压铝型材、结构硅酮密封胶和EPDM胶条。BIPV组件必须同时满足光伏性能标准和建筑规范要求。
| Structure结构类型 | Aluminum curtain wall system铝合金幕墙系统 |
| Frame Material框架材质 | Anodized aluminum 6063-T5/T6阳极氧化铝6063-T5/T6 |
| Module Type组件类型 | Double-glass BIPV / thin-film双玻BIPV组件 / 薄膜 |
| Glass玻璃 | Tempered / laminated safety glass钢化 / 夹层安全玻璃 |
| Sealing密封 | EPDM gaskets + silicone EPDM胶条 + 结构胶 |
| Support支撑体系 | Hidden frame / point-supported隐框 / 点支式 |
| U-value传热系数 | 1.5 – 3.0 W/m²K
1.5 – 3.0 瓦/平方米·开尔文 |
| Standard标准 | Curtain wall code compliant符合幕墙规范 |
Key Advantages / 核心优势
- Dual function -building material + power generation
双重功能——建材 + 发电
- Architectural aesthetics – seamless integration
建筑美学——无缝融入设计
- Saves cost on conventionalbuildingmaterials
节省传统建材成本
- Daylight control and thermalinsulation
自然采光控制与保温隔热
- Enables solar onhigh-rise urban buildings
使高层城市建筑也能光伏发电



