In today’s world, the demand for eco-friendly and sustainable solutions is greater than ever. That’s why Vitro Architectural Glass has introduced Solarvolt, an innovative building-integrated photovoltaic (BIPV) solar glass system. This advanced technology is designed to perform the functions of classic glass facades, vision glazing, and spandrel glass while generating solar energy and reducing building energy consumption.

Fully Integrated. Built to Perform.

The Solarvolt glass system is engineered to be fully integrated and built to perform. With its advanced solar energy generating capabilities, it provides a practical solution to both new construction and existing building projects. The Solarvolt glass system can be integrated into most standard glass building systems, such as post-bolt systems, and tailored to comply with all design requirements for glass facades.

Customized Solutions for Unique Design and Construction Needs

Vitro Architectural Glass offers customized glass-glass solar glass systems that provide a variety of options for design and construction. The Solarvolt system is ideal for integration in both existing buildings and new construction projects and can be adapted to meet unique requirements depending on facade type, facade grid, construction type, building height, and location.

Thermally Insulated Window Glass

The Solarvolt glass system is an ideal solution for thermally insulated window glass. In this application, the insulated structure surfaces are fitted with the Solarvolt glass system as weather protection. The Solarvolt glass system’s advanced insulation properties provide thermal insulation and soundproofing functions with real power.

Structural Glazing

Glass-glass Solarvolt glass systems can be structurally integrated into building envelopes and roof surfaces adjacent to heated rooms. Insulation-glazed solar lites also protect the surface from the weather in addition to providing thermal insulation and soundproofing functions with real power. Systems with triple glazing fulfill the passive house standard.

Spandrel Glass

Solar energy doesn’t have to be just functional – it can also be beautiful. The Solarvolt glass system’s back-painted glass can be integrated into BIPV solar systems to showcase a variety of colors. This is ideal for spandrel glass applications and other areas where laminated safety glass is not required.

Large-Scale Facade Projects

For large or complex projects, photovoltaic facades provide buildings with more than just a balanced energy supply by converting sunlight into electric energy. They also illuminate spaces to create the desired lighting. Natural daylight is proven to have mood and productivity benefits; however, anti-glare shading is necessary in some situations. The Solarvolt glass system is engineered to meet unique project requirements, no matter how large or complex the project may be.

Solar Energy for a Sustainable Future

The Solarvolt glass system by Vitro Architectural Glass is a game-changer in the world of eco-friendly and sustainable solutions. It not only generates solar energy, but it also reduces building energy consumption and protects the building from weather and noise. Its advanced features and flexibility make it a practical solution for any building project, no matter the size or scope. The Solarvolt glass system is the future of building design, construction, and sustainability.

Source: Vitro Architectural Glass with additional information added by GlassBalkan

The post Revolutionize Your Building Façades with BIPV Glass Systems by Vitro Architectural Glass appeared first on GlassBalkan.

Vitro Architectural Glass recently released the results of an extensive post-occupancy energy-performance study titled, “True Story of a Successful Façade: A Proven Case of Savings, Comfort and Aesthetics.” The study, conducted by independent environmental consulting firm Three Consultoría Medioambiental, analyzed the energy performance of the 68-story KOI Tower in Monterrey, Mexico, which features a façade composed primarily of double-pane insulating glass units (IGUs) fabricated with Solarban® R100 Optiblue® glass by Vitro Glass.

The study found that the installation of Solarban® R100 Optiblue® glass on the tower enabled it to operate with 28% fewer tons of cooling capacity. The related benefits, including the use of smaller HVAC equipment (which requires less labor to install and less power to operate) and smaller duct sizes, translate into annual energy savings of almost $600,000, which could potentially equate to more than $25.5 million in savings over the life of the building.

Furthermore, the study showed that Solarban® R100 Optiblue® glass allowed only 49% of the ambient solar heat to pass through its surface, a significant reduction compared to the baseline performance of 12-millimeter uncoated monolithic clear glass, which showed 76% of the building’s total floor thermal load entering through the glass façade.

Additionally, using Integrated Environmental Solution’s IESVE7 program, the consulting firm calculated a 15.7% improvement in thermal comfort and a 13.7% reduction in glare compared to the baseline 12-millimeter clear monolithic glass. The firm’s analysis also determined that Solarban® R100 Optiblue® glass helped provide thermal comfort to building occupants 90% of the time, despite Mexico’s warm, semi-arid climate.

Aside from the financial and comfort benefits, the study found that more than 73,000 tons of carbon emissions will be mitigated over the life of the structure, which is equivalent to removing 36,979 vehicles from the road.

Overall, the study demonstrates that a high-performance glass façade can yield a strong return on investment. The KOI Tower, which is LEED ®-certified at the Silver level and is the tallest tower in Mexico to achieve this distinction, is an excellent example of how sustainable building design can provide financial savings and occupant comfort while mitigating carbon emissions.

To learn more about the study and Vitro Glass’s full line of architectural glasses, visit projects.vitroglazings.com/koi-sky-residences and vitroglazings.com, respectively.

Source: Vitro Architectural Glass with additional information added by GlassBalkan

The post Revolutionizing Energy Efficiency: Mexico’s Second Tallest Skyscraper Achieves Unmatched Savings with Solarban® R100 Optiblue® Glass appeared first on GlassBalkan.