The solar industry has a new benchmark. On November 20th, Jinko Solar, a global leader in photovoltaic technology, hosted a landmark event: the ”Tiger Neo 3 Mass Production and Global Order Signing Ceremony.” The event, attended by industry experts, corporate leaders, and global partners, marked the official start of mass production for their next-generation N-type TOPCon module, the Tiger Neo 3, and secured a staggering 15 GW in global orders at the scene.
This launch is a significant step forward in driving photovoltaic industry upgrades through technological innovation.
Unpacking the Tiger Neo 3.0: A Technological Powerhouse
The Tiger Neo 3.0 isn’t just an incremental improvement; it’s a leap forward. Here’s why it’s generating so much excitement:
Record-Breaking Core Performance: The module achieves a mass production efficiency of over 24.8% and a power output of 650W to 670W.
Six Key Advantages: It boasts a superior profile that ensures more energy generation in real-world conditions:
High Bifaciality (85±5%): Captures significant reflected light for extra energy gain.
Low Degradation (-0.35% annual linear attenuation): Guarantees a higher energy yield over the system’s lifetime.
Excellent Low-Light Performance: Maintains 95%-98% power output under low irradiance, generating power earlier in the morning and later in the evening.
Low Temperature Coefficient (-0.26%/°C): Performs better than conventional panels in high-temperature environments, a critical advantage in hot climates.
Strong Anti-Shading & Hot-Spot Resistance: Minimizes power loss from partial shading.
All-Scenario Applicability: Versatile for both large-scale power plants and distributed generation (commercial & residential rooftops).
Proven by Data: Field tests in diverse climates confirm its adaptability. In the high heat and humidity of Hainan, it achieved a 8.92% single-watt gain in low-light conditions. In the arid climate of Ningxia, the gain was 4.61%.
Built on a Foundation of Innovation: Jinko’s Technical Prowess
The Tiger Neo 3′s performance is no accident. It’s backed by Jinko Solar’s formidable R&D engine, which holds over 5,500 global patent applications and has broken the world record for cell efficiency 31 times. Their cutting-edge R&D on N-type TOPCon-perovskite tandem cells, which have reached an efficiency of 34.22%, provides a clear technological pathway for future products like the Tiger Neo 3.
Global Market Confidence and Third-Party Validation
The massive 15GW pre-order is a powerful testament to global market confidence. Orders came from a diverse range of major clients, including China Energy Engineering Corporation, Australia’s GoSolar, Pakistan’s MesolSolar, and Japan’s DMM, covering both utility-scale and distributed generation projects.
Furthermore, leading certification bodies like Beijing鉴衡 (CGC) and TÜV NORD have initiated rigorous field tests on the Tiger Neo 3 to verify its power generation stability and weather resistance. The subsequent data release will provide the market with independent, trusted performance benchmarks.
A Glimpse into the Future of Solar
Industry experts at the event highlighted that the future of photovoltaics lies in high-efficiency crystalline silicon and tandem cell technologies, with solar-storage integration and direct green power applications becoming mainstream. Jinko Solar emphasized its “continuous innovation” strategy to break through industry homogenization, maintaining its competitiveness through a cycle of “researching one generation, mass-producing one generation, and leading one generation.”
Secure Your Tier-1 Jinko Solar Modules with Us
The mass production of the Tiger Neo 3 is a definitive moment for the scalable adoption of N-type TOPCon technology. Jinko Solar is poised to leverage its global manufacturing capacity and supply chain to accelerate the world’s energy transition and the achievement of global “Dual Carbon” goals.
CHASUN Solar is Jinko’s global agent for long cable English version solar panel. Click here to inquire and pre-order the groundbreaking Jinko Tiger Neo 3 for your projects.
Post time: Nov-25-2025