The Solar Aluminum Building-Integrated Photovoltaic (BIPV) project revolutionizes building aesthetics and functionality by freeing up more space for usage while enhancing the overall appeal of structures.
Design and Functionality
This innovative product utilizes aluminum alloy 6005-T5 design. In this system, solar panels are seamlessly installed between vertical and horizontal sinks, designed to efficiently collect rainwater. In the lowest arrangement, the panels are installed within a fully integrated guide tank, allowing for effective flow management. Water is directed groundward through strategically placed PP pipes attached to the channel.
Safety and Stability
The brackets feature an overall truss structure to guarantee the safety and stability of the photovoltaic system. Each bracket column is securely fixed to the roof or a cement foundation using expansion screws, ensuring robustness and reliability.
Patent Advantages of Aluminum Alloy Brackets
- Compared to steel structures, aluminum structures are more aesthetically pleasing with no visible welding marks.
- Aluminum is lightweight, allows for quick installation, and provides easy operational fixability.
- Unlike steel, aluminum alloy supports are resistant to rust, extending the service life and maintaining the visual appeal of the system while reducing maintenance costs.
- Aluminum alloy features a high recycling rate, contributing to environmental sustainability.
Arrangement Scheme of the Waterproof Tank
The photovoltaic modules can be securely attached to the bracket bar along with the sink using robust clamps, ensuring effective waterproofing and durability.