Responding To Sudden Surges In AI Computing Power! YMIN Lithium-Ion Supercapacitors Provide Millisec

(MENAFN- Market Press Release) September 12, 2025 1:10 am - At the upcoming 2025 ODCC Summit in Beijing, YMIN Electronics will host an "AI Computing Power Supply Lab" at booth C10. An on-site surge simulator will demonstrate the millisecond-level response to a sudden 10kW current surge in real time.

A New Power Solution for the AI ??Computing Power Explosion: YMIN Supercapacitor Technology Reshapes Server BBU Standards

As the AI ??revolution sparked by ChatGPT enters its throes, global data centers are facing unprecedented power supply challenges. Extreme scenarios, with single GPU power exceeding 1.4kW and server surges reaching 10kW, frequently cause traditional UPS systems to fail. Against this backdrop, Shanghai YMIN Electronics' lithium-ion supercapacitor BBU solution, to be unveiled at the 2025 ODCC Open Data Center Summit, is redefining power supply safety standards in the AI ??era with millisecond-level response capabilities.

The catalyst for this power supply revolution stemmed from NVIDIA's configuration upgrade for the GB300 server. The chip giant's decision to upgrade backup power units (BBUs) from "optional" to "standard," increasing the cost per cabinet by over 10,000 yuan, reflects the AI ??industry's urgent need for "zero-interruption" power. Data from a leading cloud provider shows that task interruptions in its AI training clusters due to voltage fluctuations average 320,000 yuan per task, with cumulative losses exceeding 10 million yuan per year. Traditional UPS systems, with response delays of hundreds of milliseconds and a cycle life of less than 100,000 cycles, have become key bottlenecks hindering the unleashing of AI computing power.

YMIN Electronics, after three years of research and development, has leveraged its lithium-ion supercapacitor (LIC) solution to address this industry challenge through three key technological breakthroughs:

In terms of power density, this solution utilizes nano-scale electrode materials and laminated packaging technology, resulting in a 50%-70% reduction in volume and 50%-60% reduction in weight compared to traditional UPSs. For example, in a typical 42U cabinet, traditional power supply solutions occupy 3U of space, while the YMIN LIC module only requires 1U to support surge power for eight AI servers, increasing computing power density per cabinet by over 30% and perfectly meeting the high-density deployment requirements of supercomputing centers.

In terms of reliability, the wide operating temperature range of -30°C to +80°C eliminates equipment downtime caused by local hotspots in data centers. With a cycle life of over one million cycles (equivalent to 55 years of continuous use at 50 charge and discharge cycles per day), combined with a service life of over six years, it reduces replacement frequency by 70% compared to traditional lead-acid batteries. More notably, its charging speed is five times faster, reaching a full charge in just 15 minutes, significantly shortening backup power recovery time.

In terms of power supply stability, a 5-millisecond dynamic response speed and ±1% voltage fluctuation control create a "power shield" for AI training tasks. In joint testing with an autonomous driving company, this solution successfully withstood 1,000 simulated surge shocks with zero mission interruptions, making it the designated power supply solution for Level 4 autonomous driving algorithm training.

Currently, the YMIN LIC module has achieved a complete domestic replacement for NVIDIA GB300 servers. Its SLF4.0V3300FRDA and SLM3.8V28600FRDA models rival leading international brands in core metrics like capacity density (8.5mAh/cm3) and response latency (?5ms), yet are 20% less expensive, making them the preferred choice for cost reduction and efficiency improvement in domestic data centers. A deployment case study at Alibaba Cloud's Zhangbei Data Center shows that adopting this solution reduced the total cost of ownership (TCO) of the power supply system by 35% and extended the mean time between failures (MTBF) to 18 months.

At the upcoming 2025 ODCC Summit in Beijing, YMIN Electronics will host an "AI Computing Power Supply Lab" at booth C10. An on-site surge simulator will demonstrate the millisecond-level response to a sudden 10kW current surge in real time. A disassembled LIC module will be on display, showcasing its innovative electrode material and heat dissipation structure. Furthermore, customized solution consulting services for data centers of varying sizes, as well as compatibility test reports with major server manufacturers, will be exclusively released during the exhibition.

"With AI computing power doubling every six months, power supply technology must achieve a generational leap." YMIN Electronics' Chief Technology Officer stated that the solution unveiled this time represents not only product innovation but also a reshaping of the data center energy management paradigm.

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