AIDC Modules

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JinkoSolar AIDC(Artificial Intelligence Data Center) Modules

High Efficiency, High Power · Minimized Levelized Cost of Electricity

High Bifaciality · Providing 'Free Capacity Expansion' for AI Computing Power

Comprehensive Output Power

front-side power cost paid by the user

Actual available comprehensive power generation capacity

High/Low Irradiance Response · Unlocking All-Weather Power Generation Potential

8.93% Performance Improvement in 100-200W/m² Low Irradiance Range

95%-98% Stable Low-Light Power Output

High Fire Resistance · Building an Ultimate Safety Defense Line

Super Hail Resistance · Calmly Responding to Extreme Weather

Passed 55mm diameter hail impact test (far exceeding the conventional 25mm standard). High-strength tempered glass and buffer packaging structure not only resist instantaneous physical impact, but also block the risk transmission chain from the source. Mechanical Damage

Ultra-High Mechanical Load · Building a Solid Safety Physical Defense Line

High Efficiency, High Power · Minimized Levelized Cost of Electricity Based on JinkoSolar Tiger Neo 3.0 technology platform, adopting TOPCon architecture compatible with next-generation perovskite tandem cells. It combines mature mass production capabilities with forward-looking technological extensibility, achieving higher power generation under the same floor area and effectively reducing the levelized cost of electricity (LCOE) throughout the entire lifecycle. Front-side Efficiency: ≥24.8% Maximum Power: ≥670W

High Bifaciality · Providing 'Free Capacity Expansion' for AI Computing Power Bifaciality up to 85%±5% Leveraging the inherent advantages of TOPCon cell symmetric structure, combined with JinkoSolar MAX technology, it delivers excellent bifacial power generation performance. Modules are priced based on front-side nameplate power, while back-side power generation is equivalent to providing 'free computing power expansion' for AI data centers. (Taking 670W module with 90% bifaciality as an example, under the condition of 0.288 ground reflectivity)