Xtreme Power Li90 vs Vertiv VM-Class UPS

Lithium vs VRLA Three-Phase UPS Series Comparison (10–30 kVA vs 15–40 kVA)

The Xtreme Power Li90 Series and Vertiv VM-class (Liebert EXS-V) platforms are three-phase online double-conversion UPS systems designed to support critical facility infrastructure including healthcare environments, industrial automation systems, commercial electrical rooms, and distributed data center deployments.

Vertiv VM-class systems represent compact standalone UPS architectures typically deployed with valve-regulated lead-acid battery configurations. The Li90 Series is designed as a lithium-integrated infrastructure UPS platform intended to support modernization initiatives through improved power density, extended battery lifecycle performance, and simplified long-term operational planning.

Learn more about the Li90 platform
https://xpcc.com/3-phase-lithium-ups-li90/

Li90 vs Vertiv VM-Class Platform Comparison

Platform Attribute Xtreme Power Li90 Series Vertiv VM-Class Series Li90 Platform Advantage
UPS Architecture Lithium-integrated compact standalone UPS Compact standalone three-phase UPS Integrated lithium modernization platform
Available Capacity Range 10–30 kVA 15–40 kVA Comparable facility coverage
Battery Technology Lithium Iron Phosphate (LiFePO₄) VRLA (Lead-Acid) Extended lifecycle performance
Battery Design Life Up to 15 years Typically 3–5 years Reduced replacement frequency
Runtime Strategy Integrated modular lithium runtime architecture External battery cabinets commonly required Simplified infrastructure planning
Online Efficiency Up to 94.5 % 93.4 % Higher operating efficiency
Cabinet Footprint Narrow high-density cabinet design Wider standalone cabinet architecture Improved electrical-room space utilization
Installed System Weight Reduced due to lithium integration Higher due to VRLA battery systems Easier installation logistics
Retrofit Alignment Designed for lifecycle replacement and capacity right-sizing Conventional replacement strategy Strong modernization positioning

Capacity-Level Engineering Comparisons

Engineers evaluating specific project requirements can review detailed capacity-level comparisons below:

These comparisons analyze runtime strategy, footprint, lifecycle performance, and installation considerations for specific project requirements.

Infrastructure Modernization Perspective

Many facilities continue to operate VRLA-based UPS installations requiring periodic battery replacement, environmental conditioning, and ongoing maintenance programs. Lithium-integrated UPS platforms such as the Li90 Series are increasingly evaluated as modernization solutions due to:

  • extended battery lifecycle performance
  • reduced maintenance intervention
  • improved electrical-room space utilization
  • simplified retrofit deployment
  • lower long-term infrastructure operating cost

Typical Deployment Environments

Li90 modernization deployments

  • healthcare imaging and clinical environments
  • industrial automation power rooms
  • commercial building electrical infrastructure
  • mid-size data center modernization projects
  • mission-critical facility retrofit programs

Vertiv VM-class deployments

  • conventional distributed three-phase UPS installations
  • facilities standardized on VRLA battery infrastructure
  • continuity-focused capacity replacement projects
  • installed-base ecosystem alignment strategies

Lithium vs Lead-Acid Lifecycle Considerations

Understanding lifecycle differences between lithium and lead-acid UPS systems is important when planning infrastructure upgrades.

Learn more
https://xpcc.com/lithium-ups-vs-lead-acid-ups/

Need Help Selecting a Lithium UPS?

Engineers evaluating compact UPS systems often compare lifecycle performance, footprint, and long-term maintenance requirements. The Xtreme Power team can help evaluate your deployment and recommend the appropriate UPS platform.

Phone: 800-582-4524
Email: sales@xpcc.com