Technical Breakthroughs: Redefining Efficiency and Reliability
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Power Performance: With 650-670W front-side power and 85-90% bifaciality, the module provides up to 10% higher energy yield than mainstream BC (back-contact) competitors in certain high-reflectivity areas, such as desert areas. -
Weak Light Performance: With performance specifically designed for the low-irradiance module output of 95-98% at 200W/m² of irradiance, the module can deliver extended productive hours and increased returns in areas with frequent cloud cover or during early/late daylight hours. -
Thermal Management: With a temperature coefficient of -0.26%/°C, efficiency loss at high-temperature environments is kept to a minimum, while an ultra-low annual degradation rate (<0.35%) leads to long-term performance stability. -
Durability: The enhanced anti-corrosion and mechanical structures are designed to reduce micro-cracks and hot-spot risk, supported with third-party validations by organizations such as TÜV Rheinland and CGC.
Global Momentum: Strategic Partnerships and Market Expansion
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Australia: Collaboration with GoSolar Group to supply 1 GW for utility projects, leveraging the module’s weak-light performance in high-latitude regions. -
Pakistan: Partnerships with Mesol Solar and DIWAN International to deploy Tiger Neo 3.0 in distributed and ground-mount applications, addressing energy deficit challenges. -
Japan and Southeast Asia: Agreements with DMM Group and regional distributors to meet surging demand for resilient solar solutions.
Industry Impact: Accelerating the Energy Transition
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Australia’s All Energy 2025: Field tests demonstrated a 7.83% yield advantage over BC modules in rainy conditions, validating its weak-light dominance. -
Saudi Arabia: Integration into a 1.75 GW project with China Power Engineering underscores its suitability for harsh desert climates.
Vision for the Future: Scaling Innovation
Conclusion
Post time: Nov-21-2025