Recently, JinkoSolar was awarded the “AAA” rating again with the highest score of 9.4 out of 10 in the “Module Tech bankability Rating Report for the First Quarter of 2025” released by PV Tech, an international authority, for its outstanding technological innovation, solid financial performance, global market leadership and contribution to sustainable development. JinkoSolar has topped the list for many consecutive quarters, further consolidating its position as one of the world’s leading photovoltaic brands.
As the world’s first PV company to achieve large-scale mass production of N-type TOPCon technology, JinkoSolar has improved the mass production efficiency of its golden zone cells to more than 26.7% through its core patents, such as the design of ultra-thin passivation layers and high-precision interface composite optimization, and has broken the world record for 27 times, setting a laboratory conversion efficiency record of 33.84% for TOPCon-Perovskite Tandem Solar Cell. For diversified climate scenarios, the company’s patented technology has covered module reliability enhancement solutions for high temperature and high humidity, high irradiation and sand and dust environments. Its Tiger Neo series modules continue to lead the industry in terms of comprehensive power generation, all-weather power generation capacity, double-sided rate, decay rate, return on investment and other key indicators, and are suitable for all scenarios such as deserts, coasts, extreme cold, etc., and have become the preferred solution for large-scale ground-based power plants and distributed projects around the world.
Up to now, the company has provided over 300GW of high-efficiency PV modules to over 4,000 customers in more than 200 countries and regions around the world, and has ranked first in global module shipments for six years. This time, the company has been ranked the first in the list of bankability ratings, which not only strengthens its technical credit endorsement in the capital market, but also provides global customers with a practical model with both high technology and commercial feasibility by using the hard-core technology of “Made in China”.
