Recently, China Huadian Corporation Limited announced the shortlisted candidates for its second batch of 2026 PV module tender of 5GW, and JinkoSolar Tiger Neo was successfully shortlisted.
Huadian’s procurement set clear requirements for long-term module reliability, power generation gains, and system compatibility. JinkoSolar won the tender with its Tiger Neo modules, which have already demonstrated proven performance across diverse scenarios such as large-scale ground-mounted power plants, distributed systems, and offshore solar projects. The N-type technology platform underlying this series has undergone continuous iteration in terms of power density, bifacial gain, better low light performance and adaptability to complex environments, enabling the conversion of module-level technical advantages into optimized levelized cost of electricity (LCOE) at the system level.
Tiger Neo Modules: Adaptable to All Scenarios with Stable Power Output
Designed for large-scale deployment in utility-scale power plants, the Tiger Neo’s high bifaciality design maximizes rear-side power generation gains in environments with high reflectivity, such as deserts, snowy terrain, and grasslands. In distributed applications—where commercial and industrial rooftops face space constraints, varied installation angles, and frequent partial shading—its high power density increases installed capacity per unit of roof area, while its shadow tolerance and anti-hotspot capabilities effectively minimize shading losses. For energy groups operating across multiple climate zones and diverse scenarios, “stable power output across all scenarios” directly impacts the certainty of asset returns.
The flagship products Tiger Neo 3.0 achieve maximum power 670 Wp, a bifacial ratio of up to 85% ± 5% and an optimal temperature coefficient as low as -0.26%/°C, continuously amplifying rear-side power gains under high-temperature and highly reflective ground conditions; It delivers outstanding performance under low irradiance, maintaining stable power output during low-light periods such as cloudy, rainy, and early morning or evening conditions; its shadow tolerance and hot-spot resistance are particularly advantageous in distributed scenarios where localized shading frequently occurs. These technical capabilities, validated across multiple scenarios, ultimately contribute to the Tiger Neo 3.0’ overall product strength, rather than being limited to individual parameters.
Validating Long-Term Benefits Through Large-Scale Deliveries
Cumulative orders for Tiger Neo modules have continued to grow, with large-scale deliveries validated in major ground-mounted power plants and distributed projects worldwide. As of the first half of 2026, JinkoSolar’s cumulative module shipments exceeded 420 GW, ranking first in global module shipments seven times; among these, the Tiger Neo series of high-efficiency modules has achieved cumulative global shipments of over 250 GW, making it one of the best-selling module series in history. Feedback from third-party validation and large-scale deliveries collectively demonstrates that the performance advantages of the Tiger Neo series extend beyond mere specifications; they translate into predictable, compounding power generation returns for customers.
