In the dynamic world of sustainable architecture, our BIPV Glass Railing Systems stand out as a revolutionary solution that seamlessly integrates aesthetics and functionality. Combining the elegance of glass railings with the power of solar energy, our cutting-edge product is designed to elevate the sustainability quotient of any modern structure.

Key Features

Photovoltaic Integration

Our BIPV Glass Railing Systems are embedded with high-efficiency photovoltaic cells, converting sunlight into electrical energy. This dual functionality not only enhances the visual appeal of your space but also contributes to renewable energy generation.

Aesthetic Excellence

Crafted with precision and sophistication, our glass railing systems provide unobstructed panoramic views while maintaining safety and security. The sleek and contemporary design effortlessly complements various architectural styles, making it a versatile choice for both residential and commercial applications.

Durability and Safety

Engineered with tempered and laminated glass, our BIPV Glass Railing Systems prioritize safety without compromising on durability. The glass panels are designed to withstand environmental elements, ensuring longevity and reliability.

Customization Options

Recognizing the diverse needs of our clients, we offer a range of customization options. Choose from different glass types, finishes, and frame materials to tailor the BIPV Glass Railing System to your unique design preferences.

Seamless Integration

Our systems are designed for easy integration into existing structures or as part of new construction projects. The installation process is efficient, minimizing disruption to your project timeline.

Energy Efficiency and Cost Savings

By harnessing solar energy, our BIPV Glass Railing Systems contribute to reduced energy costs over time. The eco-friendly design aligns with green building standards, promoting sustainability and environmental responsibility.

Applications

Residential Properties

Enhance the aesthetic appeal and energy efficiency of homes while enjoying unobstructed views.

Commercial Buildings

Elevate the sustainability profile of commercial spaces while integrating modern design elements.

Public Spaces

Implement eco-friendly solutions in parks, public plazas, and other communal areas for a greener urban environment.

The BIPV system not only ensures the safety and reliability of the structure,but also adopts the physical structure for waterproofing and drainage to achieve a perfect waterproofing effect.Hidden frame design avoids dust accumulation and increases power generation. It can be seamlessly connected with the standard curtain wall system, realizing the perfect combination of photovoltaic and building envelope system.It is the best solution for canopy, sunshade, carport, BIPV workshop and other scenarios.

1. Commercial Buildings ​BIPV system are commonly used in commercial buildings such as office complexes, shopping malls, and hotels. They provide a modern and sophisticated look to the building and enhance the aesthetic appeal. They also allow natural light to enter the building, which reduces the need for artificial lighting and saves energy. ​

​2. Residential Buildings ​BIPV system are also used in residential buildings such as apartments and condominiums. They provide a panoramic view of the surroundings and allow natural light to enter the living spaces. They also provide thermal insulation, which reduces energy consumption and lowers heating and cooling costs. ​ ​

3. Educational Institutions ​BIPV system are used in educational institutions such as schools and universities. They provide a conducive learning environment by allowing natural light to enter the classrooms and other educational spaces. They also enhance the aesthetic appeal of the building and create a modern and innovative learning environment. ​ ​

4. Healthcare Facilities ​BIPV system are used in healthcare facilities such as hospitals and clinics. They provide a bright and airy environment that helps in the healing process. They also allow natural light to enter the building, which reduces the need for artificial lighting and saves energy. ​ ​5. Sports Facilities ​BIPV system are used in sports facilities such as stadiums and arenas. They provide a clear view of the playing field or court and allow natural light to enter the building. They also enhance the aesthetic appeal of the building and create a modern and innovative sports environment.

1. Design and Planning ​Before installation, it is important to have a detailed design and plan in place. This should include the dimensions, materials, and specifications of the curtain wall. It is also essential to ensure that the building structure is strong enough to support the weight of the glass panels. ​ ​

2. Site Preparation ​The installation site should be cleared of any obstructions or debris. The site should also be level and free from any moisture or water. Temporary fencing may be required to ensure the safety of workers and pedestrians during the installation process. ​

​3. Frame Installation ​The frame of the glass curtain wall should be installed first. This includes the vertical and horizontal framing members, as well as any corner or mullion posts. The frame should be securely anchored to the building structure using bolts or other fastening methods. ​

​4. Glass Panel Installation ​Once the frame is in place, the glass panels can be installed. This should be done carefully to avoid any damage to the glass. The panels should be lifted into place using a crane or other lifting equipment. Once in place, the panels should be secured to the frame using silicone sealant or other appropriate methods. ​

​5. Finishing Touches ​After the glass panels are installed, any necessary finishing touches can be added. This includes installing any necessary weatherstripping or gaskets, as well as any decorative elements or trim. ​ ​

6. Testing and Inspection ​Before the installation is considered complete, the glass curtain wall should be thoroughly tested and inspected. This includes checking for any leaks, cracks, or other defects. Once the installation has been deemed safe and functional, it can be considered complete.