The JinkoSolar Tiger Neo 3.0, new N-type high-efficiency module, with a peak power output of up to 670 W, a module conversion efficiency of 24.8%, and a bifacial factor of up to 90%, has amassed a backlog of around 20 GW since its official launch last November and is expected to become one of the manufacturer’s best-selling panels this year. This module sets a new performance benchmark for the industry. The production facility has an annual manufacturing capacity of 40 GW.
To date, JinkoSolar has filed over 5,700 patent applications globally, with more than 3,500 valid granted patents, ranking first in the industry in terms of patent volume. The manufacturer’s high-efficiency N-type monocrystalline TOPCon cell conversion efficiency has reached 27.79%, steadily approaching the theoretical limit of 28.7%. Regarding next-generation perovskite tandem cell technology, JinkoSolar has achieved an efficiency breakthrough of 34.76%, laying a solid foundation for future mass-produced products.
The Tiger Neo 3.0 includes four core technological breakthroughs:
The Tiger Neo 3.0 not only achieves breakthroughs in power and efficiency but also demonstrates outstanding performance in key metrics such as high-temperature operation, low-light conditions, and long-term reliability. Designed to provide stronger and more stable green power for global utility-scale solar plants, commercial and industrial (C&I), and residential scenarios, this marks a new stage in the industrialization of N-type technology.
Core advantages of the Tiger Neo 3.0 module include: a high front-side power of up to 670 W with a conversion efficiency of 24.8%; a bifacial factor of 85% (±5%); a temperature coefficient of -0.26%/°C; a linear degradation rate of only -0.35%; excellent anti-shading and hot-spot prevention capabilities, and outstanding low-irradiance performance, maintaining a relative power of 95%-98% under 200 W/m2 irradiance.
JinkoSolar’s Tiger Neo 3.0 module is widely applicable across diverse scenarios. It is not only suitable for utility-scale solar plants where its high bifaciality can bring extra power yields, but its extreme low-light performance can also generate more returns for users in C&I and residential rooftop scenarios.
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