Toshiba

LONG LASTING VALUE

SAFETY & DURABILITY

SUPERIOR CELLS

  • Full system, from cell to enclosure, is manufactured by Toshiba
  • Long Operation Life: 20 Times Greater than VRLA Lifetime
  • Lithium Titanate Oxide (LTO) composition offers superior safety properties
  • Temperature Resilient: -20oC to 40oC
  • Design Prevents Thermal Runaway
  • 12 Year On-Site Warranty: PM Every 3rd Year Included
  • Half the Volume and Weight of VRLA
  • Module and Cell Level Monitoring Via Modbus RTU
  • Optional HMI Display
  • Cabinet is certified to UL1973 and UL9540
  • End of Life Runtime is equal to 0% Beginning of Life Runtime

Available Products

  • Size Range: 455-565VDC
  • Size Range: 100-2000kVA

SCiB Energy Storage System (ESS)

The Toshiba SCiB Energy Storage System (ESS) utilizes the SCiB Lithium Ion Battery for UPS applications.

  • Provides safe and long-lasting rechargeable battery power
  • Compact enclosure designed for datacenters, colocation and healthcare industries
  • Ideal battery for cutting-edge applications requiring minimal UPS battery backup time and fast start generators
  • Greatly reduce potential for thermal runaway suffered by other lithium chemistries
  • Requires minimal maintenance and lasts longer than the UPS
  • Enclosure is lighter and more compact, freeing up space to maximize IT data revenue.

G9000 Series

The G9000 Series UPS is available in capacities of 100 – 2000kVA and comes with an industry-leading three-year onsite warranty.

  • Designed for stand-alone or parallel use in up to eight-unit configurations (100-1000kVA) or six-unit configurations (1330-2000kVA) without requiring the use of a special switchgear cabinet
  • New Toshiba IGBT technology used in the rectifier/converter, DC/DC chopper and the inverter sections of the UPS
  • Double-conversion topology provides an AC/DC/AC efficiencies of up to 97% at loads from 50% to 100%
  • Efficiency remains greater than 94%, even at 20% loading
  • 10% – 20% higher than current industry systems
  • Excellent for N+1 parallel systems where loads are typically 30-40%
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