JUIST Screen Printing Equipment: Advanced Solutions for Enhancing PV Glass Efficiency

PV glass is widely used in rooftop solar power stations, ground-mounted power stations, and building-integrated photovoltaics (BIPV). With its excellent energy conversion efficiency and high durability, PV glass has become the ideal choice for large-scale solar power projects, especially in long-term deployment scenarios that require strength and stability. As a result, PV glass remains the mainstream option in large-scale, efficient, and long-lasting solar power applications.

JUIST Screen Printing is a recognized leader in PV glass printing equipment, proudly supplying comprehensive deep processing lines for numerous solar investors. Our advanced equipment is operational in cities across China, as well as in Vietnam, Thailand, India, and beyond.

Core Applications of JUIST Screen Printing Technology:

Here is the video of the 3-in-1 PV glass hybrid line, which will show you the deep processing of PV glass.

     1. Front Glass Screen Printing:

The front glass of solar panels acts as a transparent protective layer, allowing sunlight to enter the cells while providing protection. JUIST's screen printing equipment applies anti-reflective (AR) coatings to the front glass by evenly distributing the coating across the surface, reducing light reflection. This enables more sunlight to pass through the glass and reach the solar cells, significantly improving light capture efficiency.

     2. Back Glass Screen Printing: 

The back glass provides critical structural support for the cells, enhancing the efficiency of PV modules, improving thermal management, and providing electrical insulation and protection. JUIST's screen printing equipment can precisely print white layers on the back glass with the following benefits:

     - Increased Light Reflectivity: The white reflective layer printed via screen printing effectively reflects sunlight that wasn't absorbed by the cells back to the cell layer, allowing for the second utilization of light. This enhances overall light capture and conversion efficiency, which is particularly important for bifacial solar modules and helps significantly increase power output.

     - Improved Thermal Management and Heat Dissipation: The white layer also helps reduce the surface temperature of PV modules by reflecting more sunlight, which reduces thermal stress and improves thermal management. This enhances the overall stability and lifespan of the solar panels.

Choose JUIST Screen Printing Equipment to Drive PV Technology to New Heights

JUIST's screen printing equipment brings technological innovations to PV glass, helping the industry improve efficiency and optimize thermal management, ensuring the best performance of solar panels in various environments. This is a critical step toward highly efficient, long-lasting solutions for solar power projects.

We invite you to visit JUIST to reserve your glass screen printing equipment. For more information you can also reach us on WhatsApp: +86 18101500471 or via email at sales@juistmac.com.