ENTERPRISE DATA CENTERS

Uncompromising power resilience for mission-critical data facilities.

Data centers demand absolute continuity. AWP enterprise online UPS architecture safeguards high-density server clusters, storage arrays, and core routing infrastructure against critical power anomalies, ensuring zero transfer time and maximum availability.

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Engineered for high-availability cloud nodes, colocation facilities, and enterprise server installations.
High-Availability Power

When facility uptime and data integrity are non-negotiable.

Modern data centers operate under immense performance pressure where a millisecond of power disruption can result in catastrophic data corruption or service outages. Double-conversion online topology ensures complete isolation from grid fluctuations and instant battery backup.

High-Density Blades
High-Density Blades

Support power-hungry blade servers and high-performance computing (HPC) nodes with robust electrical regulation.

Storage Area Networks
Storage Area Networks

Protect SAN and NAS storage arrays from unexpected dropouts that threaten transactional databases and file repositories.

Core Switching Fabrics
Core Switching Fabrics

Keep core enterprise switches and modular routing chassis online to sustain internal and external network traffic flow.

Redundant Modules
Redundant Modules

Deploy parallel N+X redundancy configurations to ensure continuous operations even during scheduled maintenance cycles.

Facility Architecture

Scalable power topology for any facility tier.

Tailor your backup architecture to match your facility scale, from edge server rooms to large-scale modular data hubs.

Edge & Modular Enclosure
Level 1

Edge & Modular Enclosure

For smaller localized server spaces and edge micro-data centers requiring reliable online protection in standard rack formats.

Suggested direction: Rack-mountable online double-conversion UPS units with intelligent card slots.
Mid-Market Server Room
Level 2

Mid-Market Server Room

For growing corporate server spaces housing multiple production racks, hypervisors, and enterprise database systems.

Suggested direction: High-capacity three-phase online systems supporting extended external battery banks.
Enterprise Data Center Facility
Level 3

Enterprise Data Center Facility

For multi-rack facilities requiring centralized three-phase power distribution, hot-swappable modules, and enterprise telemetry integration.

Suggested direction: Modular enterprise infrastructure designed for high efficiency and scalable growth.
Planning Guide

Rigorous engineering for data center deployment.

Systematic evaluation of electrical loads and facility constraints ensures maximum reliability and seamless integration into your infrastructure.

Capacity Note: Plan for future IT expansion by maintaining a minimum 20-30% headroom buffer over your calculated peak steady-state load.
  • 1
    Audit total IT load and power factors

    Calculate aggregate kW and kVA requirements across all active server and network racks.

  • 2
    Determine redundancy requirements

    Evaluate whether N, N+1, or 2N fault-tolerant configurations are needed for your SLAs.

  • 3
    Specify runtime and generator synchronization

    Define target backup duration before auxiliary generator kick-in or clean system shutdown.

  • 4
    Review facility electrical infrastructure

    Verify input voltage, phase balancing (single vs. three-phase), and building breaker limits.

  • 5
    Integrate remote management and monitoring

    Establish SNMP/Modbus protocols for centralized data center infrastructure management (DCIM).

Common Scenarios

Standard configurations for critical server facilities.

Explore proven deployment profiles tailored for enterprise workloads.

High-Density Rack Cluster

Multiple blade servers + high-speed SAN arrays. Requires double-conversion online protection to handle rapid load shifts.

Colocation Server Farm

Mixed tenant infrastructure requiring isolated power feeds, strict phase balancing, and comprehensive metering.

Enterprise Core Routing Hub

Core switches and gateway firewalls requiring zero transfer time and continuous frequency conditioning.

Modular Data Center Unit

Scalable multi-rack setup utilizing hot-swappable power modules for zero downtime during maintenance.

FAQ

Frequently Asked Questions

Online double-conversion systems provide absolute isolation from utility power anomalies, delivering continuous pure sine-wave output with zero transfer time to batteries during an outage.

N+1 redundancy provides an extra independent backup module or UPS unit beyond the minimum required capacity (N), ensuring operations continue seamlessly if a single unit fails or undergoes maintenance.

Modular systems allow administrators to scale power capacity incrementally by adding hot-swappable power blocks as facility load increases, reducing initial capital expenditure.

Data Center Infrastructure Management (DCIM) integration via SNMP or network cards enables real-time tracking of efficiency, battery health, thermal metrics, and automated alert notifications.
— NEED HELP CHOOSING?

Protect your data center and mission-critical workloads.

Tell us about your facility capacity, redundancy requirements, and critical load profiles. We will help you deploy the right AWP high-availability power solution.

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Final disclaimer: Recommendations must be confirmed using the specifications of the exact locally available model. A UPS does not replace safe electrical installation or equipment-specific operating requirements.