Our three/three-phase UPS, ranging from 160 to 1000 kVA/kW, is the ideal solution for various sectors, including data centers, telecommunications, healthcare, service, infrastructure, and industrial applications.



High-efficiency protection without compromise

Three/three phase UPS from 160 to 1000 kVA/kW

The solution for:

  • Data centres
  • Telecommunications
  • Healthcare sector
  • Service sector
  • Infrastructure
  • Industrial applications


Energy Saving: high efficiency without compromise

  • Offers the highest efficiency in the market using VFI – Double Conversion Mode
  • Ultra high efficiency output independently tested and verified by an international certification organization
    in a wide range of load and voltage operating condition
  • Ultra high efficiency in VFI mode is provided by an innovative topology (3-Level technology) that has been
    developed for all the Green Power UPS ranges

Full-rated power: kW=kVA

  • No power downgrading when supplying the latest generation of servers (leading or unity power factor)
  • Real full power, according to IEC 62040: kW=kVA (unity power factor design) means 25% more active power
    available compared to legacy UPS
  • Suitable also for leading power factor loads down to 0.9 without apparent derating

Significant cost savings (TCO)

  • Maximum energy saving thanks to 96% efficiency in true double conversion mode: 50% saving on energy losses
    compared to legacy UPS gives significant savings in energy bill
  • Up to 99% efficiency with FAST ECOMODE
  • UPS “self-paying” with energy saving
  • Energy Saver mode for global efficiency improvement on parallel systems
  • kW=kVA means maximum power available with the same UPS rating: no overdesign cost and therefore less €/kW
  • Upstream infrastructure cost optimization (sources and distribution), thanks to high-performance IGBT
  • Extended battery life and performance:
    • Long life battery
    • Very wide input voltage and frequency acceptance, without battery use
  • EBS (Expert Battery System) charging management improves battery service life
  • BCR (Battery Capacity Re-injection) removes the constraints of using an additional load bank for the battery
    discharge test: it consists in re-injecting the energy stored in the batteries to other applications

Parallel systems

To fulfill the most demanding needs for power supply availability, flexibility, and the installation to be upgraded:

  • Modular parallel configurations up to 4 MW, development without constraint
  • Distributed or centralized bypass flexibility to ensure perfect compatibility with the electrical infrastructure
  • Twin channel architecture with Static Transfer Systems
  • Distributed or shared battery for energy storage optimization on parallel systems

Standard Electrical Features

  • Integrated maintenance bypass for single unit (and 1+1 system)
  • Backfeed protection: detection circuit
  • EBS (Expert Battery System) for battery management
  • Redundant cooling
  • Battery temperature sensor

Electrical Options

  • Separated or common input mains
  • External maintenance bypass
  • Extended battery charger capability
  • Shared battery
  • Compatible with different battery technologies (e.g., Li-Ion, Ni-Cd…)
  • Galvanic isolation transformer
  • Backfeed isolation device
  • ACS synchronization system
  • BCR (Battery Capacity Re-injection)

Standard Communication Features

  • User-friendly multilingual interface with graphic display
  • 2 slots for communication options
  • Ethernet connection (WEB/SNMP/email)
  • USB port for event log access

Communication Options

  • Advanced server shutdown options for stand-alone and virtual servers
  • 4 additional slots for communication options
  • ADC interface (configurable voltage-free contacts)
  • BACnet/IP interface

Remote Monitoring Service

  • LINK-UPS, remote monitoring service that connects your UPS to your Critical Power specialist 24 / 7