Vertiv Liebert APM2 Modular UPS 300kVA

The Vertiv Liebert APM2 Modular UPS delivers 300kVA of three-phase uninterruptible power protection within a compact, scalable chassis designed specifically for modern data center and critical infrastructure deployments. Built on a modular hot-swap architecture, the APM2 allows operators to install only the power capacity required at initial deployment and incrementally add 50kVA power modules as load demands grow, eliminating stranded capacity and maximizing return on infrastructure investment. The system operates at up to 96.5% efficiency in online double-conversion mode and reaches 99% efficiency in ECO mode, significantly reducing operational energy expenditure across high-density compute environments.

The APM2 employs a true online double-conversion topology with insulated gate bipolar transistor (IGBT) rectifier technology, ensuring full galvanic isolation between input and output, unity power factor correction, and minimal harmonic distortion below 3% THDI at full load. The modular design extends to battery strings, enabling concurrent maintainability where individual power or battery modules can be serviced or replaced without interrupting critical loads. An integrated bypass module and redundant N+1 or N+X power module configurations provide additional resilience tiers appropriate for Tier III and Tier IV data center environments.

The Liebert APM2 integrates natively with Vertiv's Liebert IntelliSlot ecosystem, supporting SNMP, Modbus, and BACnet communication protocols for seamless integration into building management systems and data center infrastructure management (DCIM) platforms. Advanced lithium-ion battery compatibility alongside traditional VRLA options gives facility managers flexibility in battery room footprint, depth of discharge thresholds, and total lifecycle management. The system's wide input voltage window and adjustable frequency acceptance ranges make it equally suitable for generator-fed environments, colocation facilities, and enterprise edge deployments with variable power quality.

Ideal for

• Large-scale hyperscale and colocation data centers requiring incremental power capacity expansion aligned with tenant onboarding schedules
• Financial services trading floors and banking data centers demanding continuous uptime with concurrent maintainability and zero-transfer-time switching
• Healthcare IT infrastructure supporting electronic health record systems, medical imaging archives, and life-critical compute workloads requiring clean, conditioned power
• Industrial automation and manufacturing execution system environments where variable generator input and harmonic-rich loads necessitate true double-conversion isolation
• Edge data center and regional hub deployments where space efficiency and modular scalability reduce initial capital footprint while preserving future capacity headroom
• High-performance computing clusters and AI/ML training infrastructure with dense GPU rack deployments requiring stable, high-quality three-phase power at sustained load levels

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.