Recently, JinkoSolar, a global leader in the photovoltaic industry, announced the successful signing of a supply agreement with a key French distributor for 139MW of its high-efficiency Tiger Neo 3.0 series PV modules.
In recent years, France has prioritized scaling up its distributed PV market, introducing multiple incentive policies to promote solar adoption in residential, commercial, and industrial application. Compounded by its diverse and complex geographical and climatic conditions—including rainy and foggy northern regions, densely packed industrial buildings prone to shading in central areas, and intense summer heat in the south—these factors impose stringent demands on the comprehensive performance of PV modules. Addressing these challenges, the Tiger Neo 3.0 module precisely resolves these pain points through four core performance advantages, fully meeting the region's rigorous requirements for module efficiency, reliability, and adaptability, thereby empowering the implementation of distributed projects:
1. High Efficiency & Power Output: Overcoming Space Constraints
Equipped with next-generation N-type TOPCon cell technology, the module achieves a conversion efficiency of 24.8% and a maximum power output of 670W. Its high power density is ideal for space-limited scenarios like French residential rooftops and commercial/industrial buildings, enabling higher installed capacity per unit area. This aligns with France's space utilization policies, facilitating a "fewer modules, higher capacity" layout and significantly reducing system installation costs.
2. All-Weather Adaptability, Robust Durability
Precisely tailored for France's diverse climates, it maintains 95%-98% power output in low-irradiance northern regions. In southern high-temperature environments, its optimized temperature coefficient of -0.26%/℃ further boosts efficiency. Exceptional weather resistance and UV protection ensure long-term stable operation across climatic zones, aligning with energy supply stability policies.
3. Outstanding Low-Light Performance Mitigates Seasonal Fluctuations: Addressing the challenges of high diffuse light ratios along the Mediterranean coast and low irradiance in northern regions, the Tiger Neo 3. 0 module maintains 95%-98% relative power output under 200W/m² low-light conditions. It effectively captures diffuse light and early morning/evening illumination, mitigating seasonal power fluctuations. Field tests in multiple low-irradiance scenarios demonstrate significantly higher power generation compared to conventional modules.
