Recently, during the 14th Energy Storage International Summit and Exhibition, Jinko Energy released a special photovoltaic module for artificial intelligence data centers (AIDC). The component is based on the Flying Tiger 3 technology platform. With six core performances, it accurately adapts AIDC’s high-load, all-weather and high-safety electricity demand. At the same time, relying on Jingke’s world-leading TOPCon technology advantages, it provides extremely efficient, stable and reliable green electricity support for AI data centers and becomes a benchmark product for photovoltaic components in the AI computing power era.
six core advantages define new computing power standards
aiming at the special needs of AIDC such as high load, all-weather operation, extreme weather resistance and high safety, jingke energy has built AIDC special photovoltaic modules based on flying tiger 3 platform, with high efficiency, high double-sided rate, high and low radiation response, high fire rating, anti-hail, high mechanical load six core advantages, deep matching data center power characteristics.
high efficiency and high power: the front efficiency of the component is ≥ 24.8, and the power is ≥ 670W, which maximizes the reduction of the full life cycle electricity cost. the same floor area can produce more green electricity and inject strong green kinetic energy into the computing center.
high double-sided rate: double-sided rate is as high as 85±5%. taking 670W module and 90% double-sided rate as examples, the comprehensive output power can reach 844W under the condition of 0.288 ground reflectivity, realizing “free expansion” of photovoltaic module “.
high and low irradiation response: 100-200W/m low irradiation range, the power generation in the morning and evening periods is up to 8.93 higher than that of BC components, the relative power output is stable at 95%-98% in low light scenarios, and the power generation curve meets the all-weather stable power demand of the data center.
high fire prevention and flame retardant grade: through IEC 61730-2:2023 strict standards, it has obtained the first domestic IEC Class A and UL 790 Type A double certification, and the key insulation materials have reached UL 94
the highest flame retardant grade in the V-0, thus reducing the risk of DC arcing from the source.
Super anti-hail performance: Through the hail impact test with a diameter of 55mm, it far exceeds the conventional 25mm standard, blocking the risk conduction of “mechanical damage → electrical failure → fire hazard.
ultra-high mechanical load: through 6000Pa front load and 4000Pa back load tests, it can withstand over 600kg of snow pressure per square meter to ensure equipment safety in extreme weather.
Qian Jing, vice president of Jingke Energy, said that the reliability design of the AIDC component has been empirically demonstrated in overseas markets. The United States accounts for nearly half of the world’s more than 11000 data centers, and Jingke-related components have long been applied on a large scale in U.S. data centers, and technologies such as anti-extreme weather are mature enough to provide flagship products that are more suitable for global AIDC scenarios.
TOPCon technology: it is now and in the future
as the core technical support of jingke AIDC photovoltaic modules, TOPCon technology has established a competitive barrier that is difficult to replicate. it is not only the optimal choice in the current market, but also the underlying foundation of future photovoltaic technology iteration.
Qian Jing introduced that jingke energy has been the world’s largest photovoltaic shipment for 7 years. the total shipment of TOPCon products exceeds 250GW, accounting for more than 20% of the global market. the installed TOPCon photovoltaic scale in the world is nearly 1000GW, which is far higher than the total installation of other photovoltaic technologies in the past 30 years and is the result of market voting with feet.
compared with BC technology, TOPCon has natural advantages: the double-sided rate is 15% higher than BC technology, and the power generation revenue on the back is significantly ahead. The low irradiation response performance is better, which solves the weak light power generation short board caused by leakage current of BC technology, which is the core advantage determined by physical characteristics. After the launch of the Flying Tiger 3 platform, the positive power and efficiency of the Jingke TOPCon components have been comprehensively improved, while retaining the two core advantages of double-sided rate and weak light power generation, leading the way in comprehensive competitiveness.
from the perspective of the future of technology, the efficiency of crystalline silicon battery is about to reach the mass production limit of 28%, while TOPCon, as a perovskite laminated bottom battery, is relatively mature, and its technical ductility covers the future development cycle of the whole industry. It is foreseeable that the upgrade space of TOPCon technology will continue to open.
scenario value accurately breaks AIDC’s green electricity demand
according to the policy requirements of “counting east and west”, the proportion of green electricity in newly-built data centers in eight major domestic hubs needs to exceed 80%, and data centers have become the core incremental scenario of photovoltaic industry. Qian Jing pointed out that the cost of electricity consumption in the data center accounts for up to 80%. Direct supply of green power and self-use are the core paths to reduce operating costs, and maximum benefits can be achieved without participating in power market transactions.
The low irradiation response advantage of Jingke AIDC components perfectly fits the rules of time-of-use electricity prices for industry and commerce. In Australia, Shandong, China and other areas of low electricity price and negative electricity price at noon, the high power generation of components in the morning and evening and weak light period corresponds to the peak of electricity price, realizing “power generation” instead of “multi-generation”. The large order of 1GW Flying Tiger 3 components in Australia and the empirical data of Shandong distributed power station all verify this value.
in the future, jingke energy will continue to deepen the research and development of TOPCon technology, rely on scenario-based product innovation, continuously upgrade the performance of AIDC special photovoltaic modules, provide more efficient, safer and more suitable green electricity solutions for AI data centers around the world, and enable the green transformation of computing industry with technological innovation.
