JinkoSolar, a global leader in solar photovoltaic and energy storage systems, officially launched its new AIDC module—designed specifically for data centers—today, the 23rd, on a global scale. Leveraging high performance, exceptional stability, and stringent safety standards, this component delivers a critical clean-energy solution for the rapidly growing data center market.

This AIDC module is based on the mature Tiger Neo 3.0 TOPCon platform technology and is suitable for a variety of data center application scenarios, including traditional data centers, AI data centers, GPU clusters, supercomputing facilities, edge computing network centers, and even wafer fabs and AI-driven carbon-neutral industrial parks. JinkoSolar pointed out that the module is designed to meet data centers’ multifaceted requirements for high load-carrying capacity, asset security, prolonged uninterrupted operation, weather resistance, stable reliability, low maintenance costs, and large-scale deployment.

AIDC modules deliver outstanding technical performance, with front-side conversion efficiencies reaching 24.8% or higher and output powers exceeding 670 W. Compared with conventional bifacial modules that typically exhibit a bifaciality ratio of 65% to 75%, the Tiger Neo 3.0 platform modules achieve a bifaciality ratio as high as 85% ± 5%, bringing their rear-side power generation performance close to that of the front side. Based on a 670W module, an 85% bifaciality factor, and a 0.26 ground albedo, the total output power can reach 844 W. This means that for every 1W of front-side generation capacity invested, a total of 1.26W of electricity can be generated.

Furthermore, this module is optimized for low-irradiance conditions and can increase power generation by up to 8.93% within an irradiance range of 100–200 W/m². Even under extremely low-light conditions, its relative power output can still maintain a stable performance of 95% to 98%. To ensure fire safety in photovoltaic systems, JinkoSolar modules comply with standards such as IEC 61730-2:2023 and UL 790 Class A. Their critical insulating materials meet the UL 94 V-0 flammability rating and have passed rigorous needle-flame and glow-wire tests, enabling them to self-extinguish within 10 seconds. The module has also passed a 55mm hail impact test, can withstand a positive-side load of 6,000 Pa and a back-side load of 4,000 Pa, as well as a snow load exceeding 600kg per square meter.