Waaree 680-715W Elite Series Bifacial G12 N-Type TOPCon 132 Half-Cells Efficiency 23.02%

The Waaree Elite Series represents the next generation of solar technology, featuring framed dual glass bifacial modules designed for high-capacity utility and commercial projects. N-Type TOPCon Technology: Utilizes advanced G12 N-type TOPCon Bifacial solar cells that offer superior efficiency and lower degradation compared to traditional P-type cells. Bifacial Energy Capture: Engineered with a bifaciality factor of $60\pm10\%$, allowing the module to capture reflected light from the rear side for significantly increased total power yield. Module Configuration: Powered by 132 half-cut cells arranged in a optimized layout to improve shade tolerance and reliability. Robust Dual Glass Build: Features 2 mm low-iron HTAR semi-tempered front glass and 2 mm low-iron printed semi-tempered back glass for maximum environmental protection. High Power Density: Capable of achieving up to 930 Wp output at 30% bifaciality gain, depending on the installation's albedo and location. Advanced Protection: Equipped with an IP68 weatherproof junction box with 3 diodes and high-quality PID-free, UV-resistant encapsulation. BenefitsExceptional ROI: High module efficiency of up to 23.02% and superior bifacial gains lead to a lower Levelized Cost of Energy (LCOE) and higher commercial returns. Thermal Excellence: Features best-in-class thermal coefficients ($-0.30\%/^{\circ}C$ for Power), ensuring stable energy production even in high-temperature environments. Extreme Durability: Certified to sustain heavy snow loads of 5400 Pa and wind loads of 2400 Pa, providing peace of mind in harsh climates. Weak Light Performance: Optimized to deliver better energy harvesting during cloudy days or low-light conditions. Long-Term Reliability: Comes with a 12-year product warranty and a 30-year linear performance warranty, maintaining approximately 87.4% power output at the end of year 30. Enhanced Crack Tolerance: Multi Busbar (MBB) design provides better current paths and increased toleranc