JinkoSolar Tiger Neo 3.0 Achieves TÜV Rheinland A+ Anti-Shadow and Anti-Hail Verification

en.Wedoany.com Reported - JinkoSolar's Tiger Neo 3.0 module has recently obtained an A+ anti-shadow rating from TÜV Rheinland based on the PfG 2926/05.25 test method, and has passed advanced anti-hail verification in accordance with VKF standards.

In real-world operation, photovoltaic modules often experience shading from buildings, trees, or clouds, which affects power generation efficiency. The Tiger Neo 3.0 module employs a quarter-cut cell structure and optimized internal circuit design to reduce internal power loss and optimize current distribution, enabling stable power output under partial shading conditions.

Independent verification results show that under specific shading scenarios defined by the PfG 2926/05.25 method, the Tiger Neo 3.0 module delivers 16% higher power output compared to back contact (BC) technology modules, and 17% higher compared to traditional TOPCon technology modules.

In anti-hail testing, the module was subjected to impact simulations using ice balls with diameters of 30 mm and 40 mm, in accordance with VKF Prüfbestimmung Nr. 25 standards, far exceeding the minimum mandatory requirements of IEC 61215. Successfully passing these tests demonstrates the module's high mechanical strength and long-term reliability, making it suitable for regions prone to extreme weather or harsh climatic conditions.

Frank Niendorf, Vice President of JinkoSolar Europe, stated that photovoltaic projects require not only high power generation efficiency but also resilience to real-world environmental challenges; the independent verification results show how the Tiger Neo 3.0 helps customers maximize energy returns while maintaining safety, durability, and reliability. A TÜV Rheinland spokesperson added that the company strictly evaluates according to applicable test specifications and VKF requirements, providing objective and reproducible assessment results within the defined scope as an independent third-party testing organization.