JinkoSolar, the global leading PV and ESS supplier, marks 20 years of innovation at Intersolar Europe 2026, having spent two decades driving the global energy transition with industry-leading PV and energy storage technologies.
During Intersolar Europe, JinkoSolar showcases its latest integrated solar-storage portfolio. In PV, the new flagship Tiger Neo 5.0 module makes its debut, leveraging N-type TOPCon technology to push power and efficiency to new levels. In the same form factor, power output jumps from 670W to 700W, module efficiency reaches 25.91%, and power density exceeds 259W/m², ushering TOPCon into the 700W+ era. The Tiger Neo 5.0 features a new cell architecture that promises to extend crystalline silicon’s Moore’s Law for another decade. In Europe, where JinkoSolar leads in shipment volumes, the Tiger Neo 3.0 module has become one of the best-selling models in the distribution market, thanks to its excellent low-light performance and shading tolerance – precisely addressing the region’s widespread low-light and rainy conditions.
For energy storage, the full portfolio of utility-scale and C&I solutions covers grid-connected, off-grid, and microgrid applications. All products achieve precise temperature control with cell-to-cell temperature differences ≤2°C, while a zoned cooling design enhances system stability under extreme heat, ensuring safe and continuous operation in harsh conditions. JinkoSolar has also introduced an integrated solar-storage solution tailored for AIDC data centers, matching computing power demands with high reliability and low levelized cost of electricity. Across the entire portfolio, energy efficiency, reliability, and long-term returns are equally prioritized.
As a company that has ranked number one in global module shipments seven times, JinkoSolar reiterates a clear message at this year’s exhibition: it will continue to deliver innovative, high-performance solar and storage solutions to help customers worldwide build a more sustainable, resilient, and intelligent energy system.
