JinkoSolar Tiger Pro Series Receives World's First IEC 61701 Ed. 3 (FDIS) Certification for Salt Mist Corrosion Standards

PVTIME - JinkoSolar Holding Co., Ltd. (the "Company," or "JinkoSolar") (NYSE: JKS), one of the largest and most innovative solar module manufacturers in the world, today announced that its innovative Tiger Pro Series of high-efficiency modules received the world's first IEC 61701 Ed. 3 (FDIS) certification for salt mist corrosion test issued by TÜV Nord AG, an independent provider of technical services for testing, inspection, certification, consultation and training. Being the first solar module manufacturer in the world to receive such certification for salt mist corrosion reflects JinkoSolar's continued investment into R&D, extensive technical capabilities, and highlights the strength and quality of its solar products.

Prolonged exposure to high salt concentrations in coastal regions and
offshore environments affect the operating performance of solar modules
and impact the return of the entire system. To weather these extreme
conditions, solar module components must meet higher standards for salt
mist corrosion and reliability under CX (extreme marine) testing
conditions to maintain optimum performance for module power output.

"As a highly innovative module supplier, we are constantly innovating
and improving our high-efficiency products to set standards for the
industry going forward," commented Dr. Hao Jin, Chief Technology Officer
of JinkoSolar. "CX testing conditions are closest to reproducing some
of the harshest real world environments and were recently applied to IEC
61701 Ed. 3 (FDIS) certification having originally been designed for
automobile parts and coating. Receiving certification reflects just how
resilient and reliable Tiger Pro modules are in their ability to
withstand extreme salt mist corrosion in extreme environments. We will
continue to invest in R&D of new technologies to provide our clients
with higher-efficiency products that generate long-term sustainable
returns, and drive technical innovation that sets new benchmarks for the