Vertiv Liebert EXS 10kVA/10kW UPS

The Vertiv Liebert EXS 10kVA/10kW UPS is a compact, modular uninterruptible power supply engineered for edge computing and distributed enterprise deployments. Featuring a single-phase input/output design with double-conversion (VFI) topology, the EXS delivers continuous online protection for critical IT infrastructure at remote sites, data center edges, and branch locations where space and thermal density are primary constraints.

Built on a modular architecture, the EXS 10kVA accommodates scalable battery configurations and supports hot-swap battery modules for extended runtime without service interruption. The unit's compact footprint and integrated cooling enable deployment in space-constrained environments while maintaining isolation from utility power anomalies, voltage fluctuations, and frequency variations—essential for edge AI inferencing, telecommunications equipment, and mission-critical remote compute nodes.

The system incorporates Vertiv's monitoring and management capabilities, enabling remote visibility into power events, battery health, and load conditions across distributed installations. Advanced surge suppression and harmonic correction provide comprehensive protection for sensitive edge computing hardware operating in variable power quality environments.

Ideal for

• Edge AI inference nodes and machine learning model deployment at remote branch offices and telecommunications sites
• Distributed telecommunications equipment and 5G RAN infrastructure requiring continuous uptime
• Remote office IT infrastructure (servers, networking, security appliances) in areas with unstable grid power
• Clustered edge storage and analytics platforms in multi-site enterprise deployments
• Medical imaging and diagnostic equipment at satellite clinical facilities
• Financial transaction processing and ATM networks in secondary locations

Technical specifications

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