Photovoltaic (PV) Glass, crafted from low-iron glass, enhances light transmission, achieving an average penetration rate of around 91%. This glass is specially treated with a white matrix screen print that bolsters power reflection, thereby maximizing the efficient transformation of solar energy into electrical power. Known for its robustness, PV Glass is resistant to various environmental pressures including wind, seismic activities, snow, and hail, making it a durable option for installation on roofs or building facades to generate electricity for the entire structure.

Considered a sustainable and eco-friendly solution, the electricity produced by PV Glass is classified as green energy, owing to its renewable nature and non-polluting characteristics. The composition of Photovoltaic Glass includes layers of low-iron glass, solar cells, protective films, a rear glass panel, and specialized metallic conductors. This assembly effectively encapsulates the solar cells with a film sandwiched between the low-iron glass and the back panel. This innovative and advanced glass technology is revolutionizing the construction industry, setting new standards for energy-efficient building materials.

In terms of application, the process involves the screen printing of a white-colored matrix onto the PV glass, a technique that significantly enhances the reflection of power, contributing to greater energy efficiency.