ELAN SHINE TOPCON Dual Glass Modules – 550-580 Wp – Gen-II

The ELAN SHINE Gen-II TOPCon Dual-Glass Modules (550–580 Wp) represent one of the most advanced solar technologies available today, engineered for ultra-high efficiency, superior durability, and long-term power stability. Built using N-Type TOPCon (Tunnel Oxide Passivated Contact) technology, these modules deliver significantly higher energy yield, lower degradation, and improved performance in high-temperature conditions compared to traditional P-Type modules. This makes them the ideal choice for premium rooftop projects, commercial installations, and large-scale solar plants aiming for maximum ROI.

Constructed with a dual-glass architecture, these modules feature tempered glass on both sides, ensuring exceptional protection against moisture, PID/LeTID effects, UV exposure, and mechanical stress. The glass-to-glass structure increases fire resistance, reduces long-term degradation, and enhances the overall lifespan of the module beyond 25+ years. Combined with bifacial capability, the panel can generate additional rear-side power, delivering significantly higher kWh output throughout its operational life.

Equipped with 144 half-cut N-Type TOPCon cells, the module ensures excellent shade tolerance, lower resistance losses, and improved low-light performance. The multi-busbar (MBB) design enhances electrical conductivity, reduces the risk of micro-cracks, and ensures stable long-term power production. Whether deployed on rooftops, elevated mounting structures, open-access projects, or single-axis tracking systems, these modules deliver superior energy efficiency in diverse environments.

As part of the ELAN SHINE Gen-II series, these modules undergo rigorous testing for mechanical load, environmental durability, and long-term performance. With industry-leading efficiency, low degradation, and enhanced bifacial gain, the TOPCon Dual-Glass series is the perfect choice for EPC contractors, commercial enterprises, and utility developers seeking future-ready technology with maximum energy yield and long-term reliability.