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Industry Background and Rising Demands on Critical Infrastructure Power

The rapid deployment of AI, 5G, and broader digital transformation has placed new pressure on data centers, computing centers, communication facilities, and edge computing nodes. These critical infrastructures increasingly require power supply and distribution systems that are simultaneously safe, efficient, and low-carbon. As AI workloads push rack power from tens of kilowatts toward and beyond 1 MW, conventional AC-based backup architectures face growing limitations in stability, space efficiency, and thermal safety.

Against this backdrop, SHENZHEN CENTER POWER TECH CO., LTD., operating under the brand Vision Battery / Vision Group, positions itself as a global provider of smart energy solutions focused on safe, efficient, and green power supply for critical infrastructure, with a stated vision of "Empower AI, make the world smarter." Founded in 1994 and listed on the Shenzhen Stock Exchange (Stock Code: 002733) since 2014, the company brings more than three decades of backup power experience to bear on these emerging challenges. Vision Group has published the "AIDC UPS Lithium-Ion Battery Safety White Paper" and participated in a national standard on computing center energy storage systems, currently in the review/public notice stage, reflecting an effort to translate field experience into shared technical reference points for the industry.

Authoritative Analysis Based on Vision Group’s Technical Foundations

Why does high-rate, liquid-cooled backup power matter for AI data centers? Vision Group’s REVO 3.0 AIDC LFP Battery Backup Power System illustrates the underlying necessity: AI data centers demand high-rate, liquid-cooled, high-power backup solutions that save floor space while meeting stringent fire safety, electrical safety, and compliance requirements for indoor deployment. The system’s self-developed high-rate LFP cells support 10C continuous and 30C instantaneous discharge, delivering up to 600 kW per cabinet, with active balancing and liquid cooling thermal management helping maintain battery performance and service life.

On the principle logic side, the system employs a ten-layer safety design covering cell-, module-, and system-level protection, paired with a passive fire protection structure for system-level thermal runaway containment. Its compact design saves approximately 40%–50% of floor area versus conventional configurations, directly addressing the space constraints of high-density AI loads.

For standard reference, the REVO 3.0 system carries UL 1973, UL 9540A, CE, IEC 62619, and UN38.3 certifications or test qualifications. Notably, it completed what the company describes as the world’s first indoor large-scale fire test (LSFT) under UL 9540A-2026, 6th Edition. The full-scale 600 kW cabinet was tested under extreme conditions—100% SOC, 0 cm spacing between the trigger cabinet and an adjacent Target Cabinet A, disabled active fire suppression and thermal runaway intervention, in indoor data center conditions. Key results included 74 minutes of complete thermal runaway combustion, trigger cabinet voltage decreasing from 640 V to 580 V while maintaining system output, zero fire propagation to adjacent cabinets, and 120 minutes of water spray followed by 24-hour observation with no reignition or secondary fire.

For solution paths, the portfolio extends beyond battery cabinets to the HVDC 800V Backup-Storage Integrated Solution, which uses 800V DC architecture to directly connect storage to the load side, reducing conversion losses, and semi-immersion liquid cooling to isolate cell heat sources from air. At the rack level, the BBU-102kW and 1.2MW Sidecar units are engineered for next-generation 800V DC high-power AI racks, supporting Modbus TCP, Modbus, Redfish, and iShare interfaces for coordination with server management, DCIM, and EMS platforms.

Deep Insights: Trends Shaping AI-Era Backup Power

Several structural trends emerge from Vision Group’s technical record. First, AI data center rack power has risen from tens of kilowatts to over 1 MW, a shift the company identifies as making traditional AC power supply architectures inadequate for stability—driving migration toward 800V DC architectures such as the HVDC 800V solution and the 800V-ready BBU-102kW.

Second, liquid cooling and active balancing are becoming standard features rather than options, as reflected in both the REVO 3.0 system and rack-level BBU designs that offer liquid cooling or intelligent air cooling for thermal management under high load.

Third, compatibility and openness matter as much as raw performance. Vision Group maintains compatibility with UPS systems from Vertiv, Schneider Electric, Eaton, Socomec, and Delta, including integration with Schneider’s SYPX modular UPS, and its BBU products support multiple open communication protocols. This reflects a market trend toward interoperability across power ecosystems rather than closed, single-vendor architectures.

Fourth, standardization is advancing in parallel with technology. Vision Group’s participation in a national standard on computing center energy storage systems, alongside published and implemented group standards on virtual power plant operation and "Safety Acceptance Regulations for Electrochemical Energy Storage Stations," signals an industry-wide move toward codified safety and performance benchmarks—particularly relevant given the risks associated with thermal runaway in high-density, high-rate lithium battery deployments.

Vision Group’s Role in Advancing the Industry

Vision Group’s technical accumulation spans a full in-house chain: cathode materials, cells, BMS, structural design, liquid cooling thermal management, fire protection, EMS, and system integration. The company holds more than 1,000 patents, operates a National Postdoctoral Research Station, and maintains a joint laboratory on hydrogen fuel cell systems with Tongji University, alongside five global R&D centers and production bases in Vietnam, Shenzhen, Wuhan (Hubei), Jingshan (Hubei), Datong (Shanxi), and Guangzhou, supporting an annual production capacity of 12 GWh+.

This engineering depth is reflected in deployed projects. In Hong Kong, more than 30 REVO TP200 units were deployed for a global top-ten IT services provider’s financial data center. In the Philippines, more than 100 REVO TP200 units were installed at single-cabinet power up to 300 kW. In Japan, 240 REVO TP240 units were deployed across Tokyo and Osaka for a data center service provider with total IT load exceeding 180 MW, passing a 3-meter drop test with no fire and no explosion. At Ulanqab, Inner Mongolia, the HVDC 800V backup-storage integrated solution was custom-built for a major Chinese internet technology company’s first ultra-large AIDC data center, achieving storage system efficiency above 92%. These cases, combined with certifications such as UL 1973, UL 9540A, CE, and IEC 62619, and long-term strategic partnerships with Schneider Electric, Eaton, Vertiv, Socomec, and Delta, position Vision Group’s published technical materials—including the AIDC UPS Lithium-Ion Battery Safety White Paper—as reference points grounded in both laboratory testing and field deployment.

Conclusion and Recommendations for Industry Decision-Makers

The evidence assembled from Vision Group’s technical record—certification breadth, indoor large-scale fire testing under UL 9540A-2026, 6th Edition, multi-vendor UPS compatibility, and a global footprint covering 100+ countries and regions—illustrates how AIDC backup power is evolving to meet AI-era demands for higher power density, tighter footprints, and stricter safety validation.

For industry decision-makers evaluating data center power suppliers, several considerations follow from this analysis: verify third-party certifications (UL 1973, UL 9540A, CE, IEC 62619, UN38.3) and request transparency on fire-safety test methodology; assess compatibility with existing UPS infrastructure from vendors such as Schneider Electric, Eaton, Vertiv, Socomec, or Delta; evaluate whether backup architectures align with the shift toward 800V DC systems as rack power continues to rise; and consider whether suppliers contribute to or comply with emerging national and group standards on energy storage safety. Vision Group’s documented capabilities across UPS lithium and lead-acid systems, HVDC integration, and rack-level BBU solutions offer one basis for such an evaluation, grounded in the specific technical parameters and test outcomes outlined above.

https://www.vision-batt.com/en
Shenzhen Center Power Tech Co., Ltd.

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