288VDC SCiB™ ESS

The Toshiba 288VDC SCiB™ Energy Storage System (ESS) employs Lithium Titanium Oxide (LTO) proprietary battery chemistry that ensures safe and reliable critical power backup for the 288VDC battery link UPS units. The LTO chemistry eradicates the risk of Lithium dendrite growth the major cause of thermal runaway in other lithium battery chemistries. The Toshiba SCiB™ ESS requires minimal maintenance and has a service life of over 20 years. With a lighter and more compact enclosure than lead acid or other Lithium ESS, Toshiba SCiB™ ESS maximizes Data Center revenue and Return of Investment (ROI). With a compact and lightweight enclosure, the Toshiba 288VDC SCiB™ ESS optimizes space making it ideal for environments where space is limited. The Toshiba 288VDC SCiB™ ESS solution pairs seamlessly with the Toshiba 4400 Series UPS, making it perfect for IT, Edge Compute, Healthcare, Commercial, and Light Industrial applications.

Overview

Key Features

  • Over 15,000 cycles without loss of life (BOL = EOL)
  • 20 times longer cycle life than VRLA batteries.
  • Over 20 years life expectancy.
  • Half the volume and weight of VRLA batteries.
  • LTO is non-inducive of dendritic growth.
  • Long storage capability. Retains over 90% charge for over a year at 0°C to 40°C.
  • Parallel up to ten cabinets for application specific critical power UPS backup times
  • DC breaker included: no separate overcurrent protection needed.
  • Seismic compliant to ICC-ES AC156-2015
  • RemotEye® ESS and HMI monitoring option ready
  • SCiB™ Cells, SCiB™ Modules, and SCiB™ ESS Manufactured entirely by Toshiba.
  • 288VDC SCiB™ ESS Assembled in USA.
  • SCiB™ batteries warranted for 12-years.

Insulated Bearings

  • An electric motor operating on an adjustable speed drive is at risk for premature bearing failure caused by stray currents. Experience indicates using insulated bearings on both ends of the motors is the most effective way to protect the motor from destructive currents. A high level of bearing protection is especially beneficial in applications where motor maintenance and replacement are difficult.
  • Extended Horsepower Capability

  • Extended horsepower capability allows a smaller motor to run at a higher horsepower than its baseline depending on the application requirements. This provides motor users potential cost savings while achieving the same motor performance.
  • Insulation with Wide Thermal Capability

  • Critical cooling motors utilize many Class H insulation materials in its winding designs, which provides increased thermal protection. These motors operate with a very low temperature rise at rated conditions, giving them a wide thermal margin and extended motor life.
  • Low Vibration

  • A vibration level exceeding NEMA MG1 requirements provides stability and durability by prolonging motor and bearing life and helping to reduce downtime.
  • Specifications

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