Scalable Rack-Integrated Power Protection for IT, Edge, AV, and AI Infrastructure
Xtreme Power provides a comprehensive portfolio of rack mount uninterruptible power supply (UPS) systems designed to support distributed IT infrastructure, edge computing environments, audiovisual systems, telecommunications networks, and emerging AI data center deployments.
These rack-integrated continuity platforms address evolving infrastructure requirements where space constraints, elevated operating temperatures, lifecycle serviceability, and increasing rack power density demand advanced UPS architecture strategies.
Xtreme Power rack UPS solutions span 600 VA to 70 kVA, including ultra-compact lithium platforms, short-depth designs for shallow cabinets, scalable modular rack-integrated systems, and high-density three-phase architectures engineered for next-generation compute environments.
Rack infrastructure in IT and network environments where rack-mount UPS systems deliver reliable power protection and uptime
Rack-Integrated Power Architecture Strategy
Rack-mounted UPS deployment models enable localized continuity protection aligned with distributed infrastructure growth. These architectures are commonly adopted where centralized electrical room UPS systems are impractical or where infrastructure planners prioritize scalable rack-level continuity.
Typical deployment drivers include:
- distributed edge computing expansion
- high-temperature IDF and telecom environments
- increasing enterprise rack power density
- modernization of legacy distributed UPS fleets
- AI cluster and high-performance compute protection
- containerized and modular data center architectures
Learn more about rack infrastructure strategy:
Rack Power Architecture
https://xpcc.com/rack-power-architecture/
UPS for IDF / MDF Closets
https://xpcc.com/ups-for-idf-mdf-closets/
M90C-2S modular UPS systems installed at the base of each rack to provide scalable, rack-level backup power for distributed IT environments
Rack Mount UPS Architecture Portfolio
| Series | Voltage | Capacity Range | Battery Architecture | Rack Footprint | Primary Deployment Focus |
| J60C / J60Ci | 120 V / 230 V | 600 VA | LiFePO₄ | 1U short-depth | Networking, AV, embedded systems |
| V70 | 120 V | 700–1500 VA | Lead-acid | 1U–2U short-depth | Retail, security, distributed IT |
| P80 / P80g | 120 V / 208–230 V | 800 VA–5 kVA | Lead-acid | 2U | Commercial IT and AV |
| J90 / J90i | 120 V / 208–230 V | 1–3 kVA | LiFePO₄ | 1U | Edge computing, high-temperature IT |
| P91Li / P91gLi | 120 V / 208–230 V | 1–3 kVA | LiFePO₄ | 2U | Rack modernization, distributed IT |
| P91 / P91g | 120 V / 208–230 V | 1–3 kVA | Lead-acid | 2U | General rack UPS deployments |
| P91 5–10 kVA | 208–230 V | 5–10 kVA | Lead-acid | 4U–5U | Higher-capacity rack loads |
| M90S Series | 208/120 V / 240/120 V | 6–24 kVA | Modular VRLA | Rack-mount with kit | Communications & infrastructure racks |
| M90C / M90Ci | 208/120 V or 400/230 V | 5–60 kVA | Modular VRLA | Rack-mount with kit | Enterprise distributed rack infrastructure |
| Ai90 | 480 V / 480-277 V / 400-230 V | 50–70 kVA | Modular VRLA | 13U high-density | AI clusters, HPC racks, containerized DC |
Lithium Rack UPS Platforms
Lifecycle-Optimized Distributed Infrastructure
Lithium-integrated rack UPS systems support modernization of distributed IT and network environments through improved battery lifecycle performance, enhanced thermal tolerance, and reduced maintenance requirements.
- J60C / J60Ci — Ultra-Compact 1U Lithium UPS
- J90 / J90i — High-Performance Edge Lithium UPS
- P91Li / P91gLi — Traditional 2U Lithium Rack UPS
Lead-Acid Rack UPS Platforms
Cost-Optimized Rack Continuity
- V70 — Short-Depth Rack UPS
Target Availability: September 2026 - P80 / P80g — Commercial Rack UPS
- P91 / P91g — Traditional Rack UPS
- P91 5–10 kVA — Higher-Capacity Rack UPS
Modular Rack-Integrated UPS Architecture
Scalable Centralized Rack Continuity
Organizations deploying higher-capacity rack infrastructure or distributed centralized continuity strategies may evaluate modular rack-integrated UPS platforms in addition to traditional rack UPS systems.
Explore modular architecture tiers:
M90S Single-Phase Modular Architecture
https://xpcc.com/m90s-single-phase-modular-ups/
M90C Compact Three-Phase Modular Architecture
https://xpcc.com/m90c-ups-comparisons/
M90U Facility-Scale Modular Architecture
https://xpcc.com/m90u-ups-comparisons/
High-Density AI Rack Power Infrastructure
Next-Generation Rack-Integrated Continuity Platform
Ai90 — AI-Ready High-Density Rack UPS
Target Availability: November 2026
The Ai90 platform is engineered to support high-power AI workloads, GPU cluster environments, and containerized data center deployments requiring rack-integrated centralized three-phase continuity architecture.
For infrastructure requiring facility-scale centralized power architecture beyond rack deployment:
X90 Modular Infrastructure UPS Platform
https://xpcc.com/x90-modular-ups-series/
Typical Rack UPS Deployment Environments
- enterprise IT server racks
- edge computing nodes
- telecommunications infrastructure
- AV and control system racks
- retail and distributed commercial IT
- industrial control infrastructure
- AI training clusters and HPC environments
Engineering Consultation
Sales@xpcc.com
800-582-4524
UPS Selector Tool
https://xpcc.com/selector/