With the 2025 ODCC Open Data Center Summit approaching, Shanghai YMIN Electronics Co., Ltd. will showcase its next-generation lithium-ion supercapacitor BBU solution in Beijing. This solution addresses the extreme demands placed on power supply systems by the high frequency and high power consumption of AI computing infrastructure, bringing innovative breakthroughs to data center energy management.
Server BBU Solution – Supercapacitor
NVIDIA recently upgraded the backup power supply (BBU) for its GB300 servers from an “optional” option to a “standard” option. The cost of adding supercapacitors and batteries to a single cabinet increased by over 10,000 yuan, fully reflecting its rigid demand for “zero power interruption.” Under extreme operating conditions, where a single GPU’s power surges to 1.4 kW and the entire server experiences a 10 kW surge current, traditional UPSs are slow to respond and have short cycle life, making them unable to meet the millisecond-level power requirements of AI computing loads. Once a voltage drop occurs, the economic losses from restarting training tasks far exceed the power supply investment itself.
To address this industry pain point, YMIN Electronics has launched a next-generation BBU solution based on lithium-ion supercapacitor (LIC) technology, offering the following significant technical advantages:
1. Ultra-high power density, significant space savings
Compared to traditional UPSs, the YMIN LIC solution is 50%-70% smaller and 50%-60% lighter, significantly freeing up rack space and supporting high-density, ultra-large-scale AI cluster deployments.
2. Millisecond-level response and ultra-long life
A wide operating temperature range of -30°C to +80°C adapts to various harsh environments. A cycle life of over 1 million cycles, a service life of over 6 years, and a fivefold increase in charging speed significantly reduce total cost of ownership (TCO) over the entire lifecycle.
3. Ultimate voltage stability, no downtime
Millisecond-level dynamic response and voltage fluctuations controlled within ±1% fundamentally eliminate interruptions to AI training tasks due to voltage drops.
Application Cases
In particular, NVIDIA GB300 server applications require up to 252 supercapacitor units in a single cabinet. YMIN LIC modules (such as the SLF4.0V3300FRDA and SLM3.8V28600FRDA), with their high capacity density, ultra-fast response, and exceptional reliability, boast performance indicators comparable to leading international brands, making them the top choice for domestic customers seeking to replace high-end domestic products.
We sincerely invite you to visit the YMIN Electronics booth C10 to learn more about the cutting-edge applications of lithium-ion supercapacitors in AI server BBUs and experience the new data center power supply standard of “millisecond response, ten years of protection.”
ODCC-YMIN Booth Information
Post time: Sep-08-2025