Welcome to India Renewable Energy News | Contact: +91 9220337640



Follow India Renewable Energy News on WhatsApp for exclusive updates on clean energy news and insights

JinkoSolar Unveils ‘LightRoof’ Modules with Ultra-Light Design and Advanced Anti-Glare Technology

Mar 27, 2026

JinkoSolar has introduced its new LightRoof solar modules, combining a significantly lighter structure with advanced anti-glare features to address challenges in densely populated markets like Japan. The launch took place at a major solar industry exhibition, marking the company’s entry into the lightweight module segment.

Built on the Tiger Neo 3.0 technology platform, the LightRoof modules are engineered to tackle key constraints such as limited rooftop load capacity, strict light reflection regulations, and a shrinking installation workforce. The modules weigh just 13 kg compared to conventional 24 kg units of similar size—achieving a substantial 45 percent reduction. This makes handling and installation easier, even allowing single-person deployment, thereby improving efficiency and expanding usability across rooftops with lower structural strength.

A standout feature of the new modules is their anti-glare capability. Designed with a specialised coating and embossing process, the surface minimises light reflection to meet stringent regulatory requirements. This is particularly important in urban areas and near sensitive zones like airports and transport corridors, where reflected light can pose safety and environmental concerns.

Despite the reduced weight, JinkoSolar has maintained durability by adopting an all-glass encapsulation approach. This ensures structural integrity and long-term reliability, addressing concerns often associated with lightweight module designs.

With the LightRoof series, JinkoSolar aims to support the broader integration of solar energy into urban infrastructure. The product reflects a shift toward solutions that not only generate clean power but also align with architectural, environmental, and community considerations in space-constrained and highly regulated environments.