Jinko Solar-AIDC Modules

JinkoSolar

AIDC(Artificial Intelligence Data Center) Modules

High Efficiency, High Power · Minimized Levelized Cost of Electricity

Based on JinkoSolarTiger Neo 3.0technology 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 TOPConcell symmetric structure,
combined with JinkoSolar MAXtechnology, 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)

844W

1W

1.26W

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

The equivalent system power generation duration is significantly extended,
and the power generation curve is more in line with the long-term, all-weather,
stable and smooth power demand of data centers, effectively increasing the
proportion of self-used green power and grid friendliness.

8.93%

Performance Improvement in 100-200W/m? Low Irradiance Range

95%-98%

Stable Low-Light Power Output

High Fire Resistance · Building an Ultimate Safety Defense Line

Strictly passed both IEC 61730-2:2023 and UL 790 Class A fire safety certifications.

Requiring flame spread ≤1.82 meters, withstanding 30cm×30cm hot wood blocks without burning through, and upgrading the fire resistance performance of this module to a new height.

Passed needle flame and glow wire tests, combined with patented anti-arcing junction box technology, eliminating electrical fire hazards from the source.

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
Electrical Failure
Fire Hazard

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

Under extreme blizzard or typhoon attacks, modules do not burst or expose,
eliminating the risks of packaging cracking and junction box loosening,
and ensuring electrical safety under extreme weather conditions.

6000PA

4000PA

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