Where can BIPV be applied?

1. Residential Buildings

●Roof-integrated Solar Tiles: Solar components designed to resemble roofing tiles, seamlessly integrated with traditional roofing materials. This not only provides power generation but also maintains the aesthetics of the residence.

●Facade Solar Panels: Installing solar panels on the exterior walls of residential buildings to enhance energy self-sufficiency while also serving as decorative elements.

2. Commercial Buildings

●Facade Systems: Integrating photovoltaic components into the facades (curtain walls) of high-rise office buildings or commercial skyscrapers. This provides power generation and also serves as a decorative feature of the building exterior.

●Shading Devices and Louvers: Incorporating solar systems into shading devices or louvers, which control light and heat while also generating electricity.

3. Public Buildings

●Carports and Parking Lots: Installing photovoltaic components on the roofs of carports or parking shelters, providing shading and protection while also generating electricity.

●Vertical Transportation Infrastructure: Integrating solar systems into the external structures of bridges, stations, and other vertical transportation facilities for both aesthetic and functional purposes.

4. Commercial Real Estate

●Exhibition Halls and Shopping Malls: Installing photovoltaic systems on the roofs, skylights, or facades of exhibition halls or shopping centers, providing a stable power source and showcasing a commitment to sustainable development.

5. Agricultural Buildings

●Greenhouses and Shelters: Installing solar systems on the roofs or side walls of agricultural greenhouses, which can generate electricity without impacting light availability for crop growth.

6. Historical Buildings

●Protective Applications: For historical buildings where maintaining the original appearance is crucial, BIPV can be designed to match the building’s style, allowing for power generation without disrupting the existing structure.

7. Residential Communities

●Community Buildings: Integrating solar systems into public buildings, carports, or green areas within residential communities to enhance the overall energy efficiency and self-sufficiency of the neighborhood.

8. Smart City Infrastructure

●Smart Street Lamps: Incorporating solar components into street lamp poles to provide power, reducing reliance on the grid.

BIPV technology not only improves the energy efficiency of buildings but also enhances their aesthetic appeal and supports sustainability goals. With advancements in technology and decreasing costs, the range of BIPV applications is expected to broaden significantly.