High‑availability power for edge rooms, enterprise data centers, and colocation facilities — modular UPS for data centers, scalable UPS systems, online double‑conversion, and unity power factor (PF=1).
Reliable power is non‑negotiable in modern data centers. Xtreme Power Conversion UPS systems deliver continuous uptime, unity power factor output (VA=W), and right‑sized scalability—from per‑rack protection to hall‑scale capacity—while simplifying deployment, monitoring, and lifecycle service. These data center UPS platforms support N+1 / N+N redundancy, hot‑swappable modules (where applicable), and DCIM/BMS integration for proactive operations.
Product Lineup at a Glance
| Model | Capacity Range | Architecture & Batteries | Positioning | Ideal Use Cases |
| M90C | 5–24 kW | Modular, hot‑swappable; VRLA | Compact modular | Edge/IDF/MDF rooms; distributed per‑rack UPS strategies |
| Li90 | 10–30 kW | Online double‑conversion; standard internal LiFePO₄ (LFP) | Lithium performance | Longer runtimes, reduced maintenance, space/weight‑constrained sites |
| M90U | 15–140 kW | Enterprise modular; VRLA | Large‑scale modular | Row/hall deployments; N+1/N+N topologies |
| Ai90 | 50–70 kW | Rack‑mount modular (13U); VRLA | High power density rack‑mount modular | Universal racks; containerized/edge pods; rack‑level deployment |
| X90‑1S | 50–70 kW | Holds 1 power module with batteries + maintenance bypass: VRLA or LFP | High‑density single system | Small/medium data rooms, containerized/edge pods |
| X90‑2S | 50–140 kW | Up to 2 power modules with batteries + maintenance bypass; VRLA or LFP | Growth & redundancy | Live expansion or N+1 without rip‑and‑replace |
| X90‑5S | 50–350 kW | Up to 5 power modules; VRLA or LFP | Row‑scale systems | Multi‑row pods, colocation customer blocks |
| X90‑10S | 50–700 kW | Up to 10 power modules; VRLA or LFP | Hall‑scale systems | Tier III/IV halls; campus‑scale N+N architectures |
All systems provide online double‑conversion protection, unity PF (VA = W), and DCIM/BMS integration via SNMP/Modbus (BACnet via gateway).
Which Model Fits Your Data Center?
M90C — Modular Power, Minimal Footprint (5–24 kW)
- Hot‑swappable power and battery modules for rapid service and fast MTTR
- Lead‑acid batteries (VRLA)
- Perfect for distributed per‑rack UPS strategies that localize resiliency and simplify changes
Li90 — Lithium‑Ion for Longer Life & Lower TCO (10–30 kW)
- Standard internal LiFePO₄ (LFP) packs for long life, fast recharge, and smaller footprint
- Excellent for extended runtimes and reduced maintenance cycles
M90U — Enterprise‑Grade Modular (15–140 kW)
- Modular architecture supporting N+1/N+N topologies
- Lead‑acid batteries (VRLA)
- Designed for row/hall deployments and staged capacity growth
Ai90 — Rack‑Mount Modular (50–70 kW)
- Rack‑mount 19″ modular UPS, just 13U height — high power density
- VRLA batteries
- Ideal where a rack‑mount form factor and 50–70 kW capacity are required; great for containerized/edge data centers and pod‑style growth
X90 Series — Scalable Systems (1S / 2S / 5S / 10S)
- 1S: Holds 1 power module; includes batteries + maintenance bypass
- 2S: Holds up to 2 power modules; includes batteries + maintenance bypass
- 5S: Holds up to 5 power modules
- 10S: Holds up to 10 power modules
- All X90 systems support VRLA or LFP batteries, selected per project
Design Considerations & Sizing Tips
- Unity PF simplifies sizing: With PF=1 output across the lineup, VA=W—ideal for modern IT loads.
- Plan redundancy first: Choose N+1 or N+N early. Modular systems let you add capacity or redundancy without oversizing day one.
- Battery strategy:
- LFP (Li90 and X90 options) reduces footprint/weight and extends service life.
- VRLA (M90C/M90U and X90 option) remains cost‑effective for shorter runtimes.
- See our UPS Battery Technologies comparison.
- Per‑rack vs centralized UPS: Per‑rack (M90C/Ai90) localizes risk and can simplify re‑racking; centralized blocks (M90U/X90) streamline maintenance and monitoring.
- Electrical topologies: 480V three‑phase UPS, 415/240V UPS, and 208/120V UPS are supported—coordinate with PDU/RPP design.
- Generator ride‑through & runtime modeling: Typical targets are 5–15 minutes to ride through utility events and genset start; longer runtimes available. We’ll size UPS runtime to your generator profile.
- Thermals & footprint: Higher efficiency reduces heat in white space; maintain service clearances and consider containment strategy.
Monitoring & Integration (DCIM‑ready UPS)
- Native SNMP/Modbus; optional BACnet gateway
- Event notifications, scheduled testing, and trend graphs for proactive maintenance
- Optional environmental sensors (temperature/humidity) and battery health analytics
Services & Support
- Planning & design assistance: One‑line diagrams, load studies, runtime modeling
- Start‑up & commissioning: Factory‑authorized technicians
- Lifecycle coverage: Preventive maintenance, extended warranties, and battery refresh programs
Frequently Asked Questions
Q. What size UPS does my data center need?
A. Start with total IT load (kW) and target redundancy (N, N+1, N+N). With unity power factor UPS (PF=1), VA=W—simplifying sizing. We’ll run runtime modeling to match generator ride‑through.
Q. Per‑rack vs centralized UPS: pros and cons?
A. Per‑rack UPS (M90C/Ai90) localizes resiliency and eases moves/adds/changes; centralized UPS (M90U/X90) simplifies maintenance and monitoring at scale. Many sites blend both.
Q. How to design N+1 / N+N UPS redundancy?
A. Modular systems allow you to add capacity blocks and maintain reserve modules to meet N+1 or N+N; we’ll provide one‑line diagrams and a capacity growth plan.
Q. What runtime should I plan for?
A. Most data centers plan 5–15 minutes to cover utility blips and genset start. If you need to ride through longer events, specify larger battery cabinets (or LFP where space/weight is tight).
Q. Can I expand without shutting down?
A. Yes. M90C, M90U, Ai90, and X90 systems are designed for live scaling and hot‑swap service to minimize or eliminate downtime.
Q. LFP vs VRLA for data centers—what’s the difference?
A. VRLA offers low upfront cost and is ideal for short runtimes. LiFePO₄ (LFP) offers long life, higher energy density, and faster recharge—often reducing total cost of ownership.
Q. Do these systems support unity power factor loads?
A. Yes—this lineup is designed for PF=1 IT loads.
Ready to Power Up Your Datacenter?
Talk to a UPS Specialist:
sales@xpcc.com
1 (800) 582-4524