JinkoSolar has launched a new rooftop-optimized 48-cell module in its Tiger Neo series. Engineered with advanced TOPCon 3.0 cell technology and dual-glass construction, the 475W high-power solution redefines distributed energy systems through superior performance, reliability and aesthetics, maximizing returns for residential and commercial users.
The module achieves an efficiency exceeding 23.77%, significantly enhancing power density within constrained rooftop spaces, with its innovative 20-busbar design minimizing resistive losses through optimized current pathways while ensuring uniform stress distribution to reduce micro-crack risk by 30%. Its robust 30mm aluminium frame and dual-glass construction can withstand extreme snow loads (5,400 Pa) and wind pressure (2,400 Pa), certified to IEC 61215 standard, making it ideal for harsh environments including coastal and high-humidity regions.
Addressing critical rooftop requirements, the module features a seamless all-black design (frame and junction box) for architectural integration. Enhanced low-light response maintains high generation during dawn, dusk and overcast conditions – delivering 3-5% higher yield per watt versus PERC equivalents. Superior resistance to potential-induced degradation (PID) and light-elevated temperature induced degradation (LeTID) ensures consistent performance in coastal applications.
“The rooftop PV market demands solutions that balance high output with long-term reliability,” commented GM for Jinko Oceania Michael Wang. “Our new 48-cell Tiger Neo module resets the LCOE benchmark through TOPCon 3.0 technology, transforming distributed solar into a more robust investment.”
