Tiger Neo 3.0 utilizes high-efficiency TOPCon cells, integrating advanced technologies such as 20BB main bus-less structure, HCP metallization technology, and MAX material systems, achieving a record 670W output and over 24.8% module efficiency.

Leveraging the advantages of TOPCon technology, the Tiger Neo 3.0 module boasts a temperature coefficient of -0.29%/°C, significantly outperforming conventional modules and incurring less power loss under high-temperature conditions.

With high power output and a high bifacial rate, the 670W module is particularly suitable for centralized utility power station projects in regions with high temperatures and high irradiance, such as the Middle East, Western China, and Latin America. Additionally, thanks to its compatibility with mainstream mounting systems and inverters, this module demonstrates excellent system compatibility and structural adaptability in a variety of complex applications, including Utility, C&I rooftops, concrete sites, and desert photovoltaic bases.

• Tiger Neo 3.0 Bifacial rate: 85±5%
• TOPCon bifacial rate is mainstream at 80%+, BC module bifacial rate is mainstream at 70%+
• Under the same model, due to the higher bifacial rate, the comprehensive power of TOPCon modules is about 1% higher than BC modules across all application scenarios.

In low-irradiance performance conditions (such as cloudy, foggy, or dawn/dusk), TOPCon modules demonstrate superior performance, with power generation increasing by 2.26-2.49%.

• TOPCon modules demonstrate superior performance in UVID testing.
• Particularly after UV testing, TOPCon modules exhibit better UV resistance degradation compared to other technologies.
• The UV60 degradation of TOPCon modules is 1.23%, while that of BC modules is 2.20%.