Key Performance BenefitsSilicon Carbide Conversion — Integrates SiC devices with a three-level IGBT topology to raise efficiency and thermal stability across the full load range.Scalable 300-600kW Capacity — Expands in 60kW power modules, allowing hyperscale sites to add capacity without extensive re-cabling or downtime.High Double-Conversion Efficiency (97.5%) — Reduces power loss and heat rejection, directly improving PUE in dense cloud and colocation halls.Dynamic Online Mode (98.8%) — Maintains high availability while trimming energy consumption during stable grid periods.Unitary Power Factor (1.0) — Supplies active power aligned to modern GPU-accelerated and dense compute loads without derating.Full Hot-Swap Modularity — Power, bypass, and monitoring modules are replaceable online, supporting continuous service and simplified maintenance.Dual Battery Chemistry — Supports VRLA and lithium-ion batteries for flexible autonomy and footprint planning.Technical SpecificationsTechnical IndicatorSpecification Detail (APM2 300-600kVA)Power Rating300kW - 600kW (Scalable in 60kW steps)TopologyModular Online Double Conversion (Three-level IGBT + SiC)Double Conversion EfficiencyUp to 97.5% (Dynamic Online up to 98.8%)Output Power Factor1.0 (Unitary)Module Capacity60kW High-Density Power ModuleServiceabilityHot-swappable power, bypass, and monitoring modulesBattery SupportVRLA and Lithium-Ion compatibleAPM2 300-600kVA: SiC Technology for Efficient Hyperscale PowerHyperscale and cloud facilities push single power systems toward multi-hundred-kilowatt demands, where every percentage point of efficiency loss translates into substantial annual energy cost.Conventional large UPS platforms often couple high capacity with fixed footprints, making it difficult to phase capacity growth in line with staged server deployments.The Vertiv Liebert APM2 300-600kVA addresses these demands with silicon carbide (SiC) converters and a three-level IGBT topology that sustain high efficiency from light to full load.Its 60kW hot-swappable modules let operators scale from 300kW to 600kW within the same platform, aligning power investment with incremental compute rollout.Operating at up to 97.5% double-conversion efficiency, the APM2 reduces dissipated heat per megawatt, easing the burden on chilled-water and air-handling infrastructure.SiC devices lower switching losses compared to silicon-only designs, improving partial-load efficiency where large facilities spend much of their operating life.Unlike monolithic large-frame UPS designs, the APM2 spreads risk across independent 60kW modules, so a single module fault does not require taking the entire system offline.The unitary power factor delivers more active kilowatts per nameplate kVA than legacy 0.9-PF systems, supporting today's high-density compute racks more efficiently.Deploying the Vertiv Liebert APM2 300-600kVA gives hyperscale operators a measurable advantage in both energy economics and operational agility. The silicon carbide conversion path cuts switching losses, translating into lower PUE and reduced carbon intensity across the facility. Because capacity scales in 60kW increments, operators avoid the stranded capacity and idle capital typical of fixed large-frame systems, aligning infrastructure spending with actual IT growth. Hot-swappable power, bypass, and monitoring modules shorten maintenance windows and lower the risk of extended outages during service events. The dual battery chemistry support adds flexibility for sites standardizing on lithium-ion for footprint reduction. Overall, the APM2 provides a future-ready foundation that combines high efficiency, granular scalability, and service continuity for large cloud, colocation, and enterprise data centers pursuing both cost control and sustainability targets.Technical FAQQ: What distinguishes the APM2's converter technology?A: The APM2 combines silicon carbide (SiC) devices with a three-level IGBT topology, reducing switching losses and improving efficiency across the load range.Q: Can modules be serviced without shutting down the system?A: Yes, power, bypass, and monitoring modules are hot-swappable, allowing online replacement without interrupting protected loads.

Our warehouse is located in the core logistics area with convenient transportation, covering an area of 1000 square meters, designed specifically for efficient, safe, and convenient storage and distribution.

There are brand new UPS (uninterruptible power supply), precision air conditioning, and various types of telecommunications power products from brands such as Vertiv, Huawei, Eltek, and Delta in the warehouse, as well as base station and data center equipment. These products are stored properly under intelligent management and environmental control, ensuring that every customer can receive the highest quality and most reliable products.

Whether it is large equipment or small electrical products, there are strict quality inspections and records at every step from warehousing to outbound, ensuring the safety and cycle management of goods.

In addition to efficient warehousing services, we also provide comprehensive logistics distribution, covering multiple transportation modes such as sea, land, and air, ensuring worry free storage and instant delivery of goods.