SOLAR GLASS

SIG Glass for Photovoltaics is a cornerstone of solar energy technology, specifically engineered to enhance the efficiency of photovoltaic modules. This low-iron, patterned tempered glass not only generates electricity from sunlight but also protects the internal components of the modules from environmental factors, ensuring long-lasting performance. Its high light transfer coefficient means that more sunlight penetrates the glass, leading to increased energy production, thanks to the low iron oxide levels that improve light permeability compared to standard glass.

Designed in aesthetically pleasing Sandy, matte and Prismma patterns, this glass reduces reflections, optimizing the overall performance of solar panels. Additionally, an anti-reflective (AR) coating can be applied to further minimize light reflection, enhancing energy capture and boosting efficiency.

Similarly, SIG Glass for Solar Thermal Collectors utilizes low-iron, patterned tempered glass to collect heat from sunlight, producing hot water while safeguarding the internal elements from the elements. This glass effectively minimizes heat loss and maximizes energy absorption, making it an integral part of efficient solar thermal systems.

At SIG, we understand that the right glass technology can drive the future of renewable energy. Our Glass for Photovoltaics is meticulously crafted from high-purity raw materials with low iron content, achieving remarkable light transmission rates. This allows solar panels to capture more sunlight, significantly enhancing their efficiency.

Each piece undergoes a rigorous tempering process, which boosts strength and durability to withstand the elements. The unique Sandy, matte and Prismma patterns not only create visual appeal but also effectively minimize reflections, ensuring optimal light absorption. We take it a step further with an advanced anti-reflective (AR) coating that enhances light permeability.

Similarly, our Glass for Solar Thermal Collectors is designed for efficient heat absorption while protecting internal components. With a high heat transfer coefficient, our glass solutions can  be used for maximizing energy efficiency.

• High Light Transmission: Our glass delivers high light transmission, ensuring maximum solar energy capture for greater efficiency in solar panels.

• Custom Solutions: We recognize that each project is unique, so we offer tailored glass solutions to meet your specific needs, ensuring optimal performance in any application.
• Superior Tempering Technology: Our rigorous tempering process boosts strength and thermal resistance, making our glass resilient against tough environmental conditions.
• Advanced Anti-Reflective Coatings: Our state-of-the-art AR coatings increase light permeability, allowing for higher energy output, even in challenging weather.
• Sustainable Manufacturing Practices: We’re dedicated to eco-friendly production methods that minimize our environmental impact while supporting renewable energy growth for a brighter future.

Solar thermal collectors and photovoltaic (PV) panels are essential components in the pursuit of sustainability, offering numerous advantages that contribute to a cleaner environment. Solar thermal collectors harness sunlight to efficiently generate hot water for residential and commercial applications, significantly reducing reliance on conventional energy sources. The glass used in these collectors is specifically engineered to maximize solar transmittance and minimize thermal losses, enhancing energy efficiency and cost-effectiveness.

Photovoltaic panels, on the other hand, convert sunlight directly into electricity, providing a renewable power source that can be utilized on-site or fed back into the grid. The high-quality glass utilized in PV systems enhances light transmission and reduces reflection, maximizing energy output even under varying weather conditions. Together, these technologies not only lower greenhouse gas emissions but also decrease energy costs for consumers.