Recently, the results of the 2026–2028 annual procurement project for PV modules by subsidiaries of Shenzhen Energy Group were officially announced. With a total procurement volume of 1 GW, JinkoSolar successfully qualified and was once again awarded the contract.
This achievement underscores the system-level value added by JinkoSolar’s high-power, high-efficiency modules—such as the Tiger Neo 3.0, which stem from their stable power generation performance and high return potential throughout their entire lifecycle.
The Tiger Neo 3.0 module is a new-generation high-efficiency module developed by JinkoSolar, integrating high efficiency, high power output, high bifaciality, high reliability, excellent low-light response, temperature coefficient, and shadow tolerance. The module achieves a maximum efficiency of 24.8%, a maximum power output of 670W, and a bifaciality of 85% ± 5%. For the ground-mounted power plant applications—the primary focus of this project—the ultra-high bifaciality rate fully utilizes reflected light from the ground environment, significantly boosting the plant’s overall power generation and maximizing the project’s return on investment.
As the photovoltaic industry enters a new phase of high-quality development, the 15th Five-Year Plan has incorporated “reliable power output” as a core industry evaluation metric. Power plant construction has evolved from a traditional competition based on electricity generation volume to a competition focused on the ability to deliver stable power output during high-value time periods. Leveraging its excellent low-light response characteristics, the Tiger Neo 3.0 delivers outstanding power generation performance in low-light conditions—such as early morning, evening, and overcast days—effectively enhancing the plant’s overall stability and full-lifecycle returns, and perfectly meeting the high-standard construction
