Industry Background: The Rising Power Demands of AI Data Centers
AI data centers and other critical infrastructure are facing a distinct set of pressures that did not exist in earlier generations of computing facilities. Operators now must contend with rising requirements for high power density, mission-critical reliability, lower PUE, reduced total cost of ownership (TCO), fast deployment, ESG compliance, and the need to align backup power with next-generation high-voltage DC architecture. These compounding demands mean that backup power can no longer be treated as a standalone, static component — it must evolve alongside the computing load it protects.
Against this backdrop, Shenzhen Center Power Tech Co., Ltd., operating under the Vision Battery and Vision Group brands, offers a useful reference point. Founded in 1994 and headquartered in Shenzhen, China, the company has accumulated 32 years of industry experience and now serves over 100 countries and regions. It is positioned as a global provider of smart energy solutions focused on safe, efficient, and low-carbon power supply and distribution systems for data centers, computing centers, communication facilities, and edge computing nodes — precisely the segment experiencing the pain points described above.
Authoritative Analysis: Why Full-Spectrum Backup Architecture Matters
Necessity. Traditional three-phase UPS lithium cabinets typically range from 100 kW to 300 kW, occupy large floor space, operate at low discharge rates, and lack sufficient active balancing or liquid cooling. As AI loads introduce sharper transient fluctuations, this gap becomes a genuine operational risk.
Principle Logic. The REVO TP Series illustrates how this gap is addressed: the TPX600 single cabinet supports up to 600 kW, meaning a 1.2 MW UPS requires only two cabinets. The system supports up to 10C continuous discharge and 30C pulse discharge to absorb AI load transients, combined with active balancing, liquid cooling, and a 10-layer safety design spanning cell, module, electrical isolation, and fire suppression. Communication compatibility via Modbus TCP, Modbus, and Redfish allows coordination with UPS, DCIM, and EMS platforms. On the DC side, 800V direct-connect architecture achieves system efficiency of 92% or higher, directly responding to the industry’s shift toward high-voltage DC buses.
Standard Reference. Products across the portfolio carry certifications including US UL 9540A and UL 1973, EU CE, German VDS, Indian BIS, Korean KC, Saudi SASO, EU RoHS, International CB, International IEC Test Certificate, International UN38.3, EU/US Battery Directive, Telecommunication Equipment Certification (TAI), Golden Sun Certification, Telecommunication Equipment Seismic Performance Test Certificate, and China Electric Power Research Institute Certification. This certification breadth matters for cross-border AIDC projects that must satisfy multiple regulatory regimes simultaneously.
Solution Path. The product matrix spans UPS lithium battery systems (REVO SP for single-phase, REVO TP for three-phase), lead-acid systems (HFS high-power and 2V large high-power), prefabricated and energy storage systems (PTU lithium prefabricated cabins, BESS immersion liquid-cooled integrated units of 241 kWh, BESS large liquid-cooled cabins of 5 MWh/6.48 MWh), and high-voltage DC and rack-level backup systems (800V HVDC with and without energy storage, BBU short-time backup units, and the LiLic Sidecar ultra-fast response system). This range allows coverage from single-rack backup to campus-level storage.
Deep Insights: Where the Industry Is Heading
Several technology trends are visible across this product set. The architecture is moving toward native 800V DC systems rather than boosted 48V/336V HVDC, avoiding conversion losses and architecture risk for next-generation AI racks. Thermal management is shifting from air-cooled or cold-plate liquid cooling toward immersion and semi-immersion liquid cooling, which isolates cell heat sources from oxygen and reduces thermal runaway risk from the source. Reserve-storage integration is also emerging as a distinct design philosophy — systems such as the 800V HVDC Storage-Backup Integrated System allow backup capacity to be reserved while still enabling charging and discharging for peak shaving, rather than sitting idle.
On the market side, fast deployment is increasingly non-negotiable: PTU prefabricated cabins ranging from 1.8 MW to 3.5 MW reduce on-site construction and commissioning time, while IP55-rated outdoor cabins such as the CBES-5MWh/6.48MWh units avoid occupying indoor machine room space, which in turn supports PUE reduction goals. ESG and grid-interaction requirements are pushing multi-mode operation — backup, peak shaving, dynamic capacity expansion, and PV-storage-DC-flex integration — into standard product design rather than optional add-ons.
A notable risk the industry must address is the historical separation of backup and storage functions, which causes duplicated equipment, extra conversion stages, and idle backup capacity. Standardization is responding to this: contributions include a national standard for computing center energy storage systems currently in the public comment stage, a published group standard for virtual power plant operation, an electrochemical energy storage power station fire safety standard, and a published group standard on Safety Acceptance Regulations for Electrochemical Energy Storage Power Stations.
Company Value: Engineering Depth Behind the Product Line
Shenzhen Center Power Tech’s technical accumulation includes 1,000+ patents and self-developed R&D and production across lithium batteries, lead-acid batteries, hydrogen fuel cells, and sodium-ion batteries. Five global R&D and manufacturing bases, including overseas dual-base production capacity, support local delivery, compliance certification, and nearby service for cross-border projects, backed by annual production capacity exceeding 12 GWh and a workforce of 3,000+ employees. The company has delivered more than 800 professional energy solutions to date.
Project-level evidence includes the Malaysia BDC Project (112 MW, 448 REVO TP200 units, commissioned 2023), the EPLDT Project in the Philippines (109.75 MW, 439 battery racks, delivered 2023), the Mercury Project (130 MW, 520 battery racks, delivered 2024), GDS HK1/HK2/HK3 (96 MW, commissioned 2024), the Malaysia PDG Project (99 MW, commissioned 2024), and scheduled 2026 deployments including YTL JDC3.1 and JDC3.2 (80 MW each), SoftBank’s Sakai Data Center (436 racks), and STT Malaysia Phase 1 (110 racks). A particularly relevant benchmark is the Inner Mongolia Ulanqab project, where an 800V HVDC storage-backup integrated system with semi-immersion liquid cooling and full outdoor deployment completed grid connection on January 18, 2026, for a hyperscale AI data center — a project selected as an AIDC energy storage scenario benchmark and contributing to the Gaogong Cup 2026 AIDC Industry Chain Pioneer Award.
Deep partnerships with Vertiv, Schneider Electric, Eaton, Socomec, and Delta simplify selection, matching, and project admission for customers. Industry recognition includes placement in the 2025 Global New Energy Enterprise 500, rank 252 in the Shenzhen Enterprise 500 (2025), and company-reported market positions including a top market share of LFP batteries for the overseas telecom industry, a top global market share in the LFP battery UPS sector, and a top position in VRLA battery exports for 10 consecutive years.
Conclusion and Industry Recommendations
AI data centers require backup power strategies that simultaneously address power density, mission-critical reliability, PUE, TCO, deployment speed, ESG compliance, and compatibility with emerging high-voltage DC architecture. No single battery chemistry or format satisfies all these demands across every project phase. Decision-makers evaluating suppliers should weigh certification breadth across target markets, demonstrated project delivery scale, participation in emerging industry standards for energy storage safety and operation, and the availability of a full architecture spectrum — from lithium and lead-acid systems to prefabricated cabins and native 800V HVDC platforms. Suppliers such as Shenzhen Center Power Tech, through its Vision Battery and Vision Group brands, illustrate how combining broad certification coverage, global manufacturing presence, and standards participation can support AIDC operators navigating this transition toward next-generation power architecture.
https://www.vision-batt.com/en
Shenzhen Center Power Tech Co., Ltd.