Mitsubishi Electric BCL04-BBA01 Lithium Ion Battery – High Power UPS

The Mitsubishi Electric BCL04-BBA01 Lithium Ion Battery is a high-performance energy storage solution specifically designed to meet the demands of large scale UPS applications. Capable of providing megawatts of power in just a few strings, this battery system combines high power density with a compact footprint to support critical infrastructure.

Description

In the realm of critical power backup, structural integrity and chemical stability are paramount. The Mitsubishi Electric BCL04-BBA01 Lithium Ion Battery leverages a sophisticated Samsung lithium ion battery solution known as the BCL04. The core of this system is its advanced chemistry, utilizing a Lithium Manganese Oxide / Nickel Manganese Cobalt Oxide mix (LMO / NMC). This specific composition allows the battery to deliver the high current capabilities required by modern industrial UPS systems.

Safety and monitoring are integrated directly into the system architecture. The solution features an Integrated Rack Control Module that ensures rack-level safety by continuously monitoring voltage, current, and temperature. For isolation and protection, it includes a 600A Molded Case Circuit Breaker. Furthermore, the module construction emphasizes durability, utilizing laser-welded precision to reinforce the overall robustness of the battery system. With redundant control power supplies and a Modbus TCP/IP Communication Port, this battery ensures seamless communication and reliable operation within complex building management systems.

Brand

Mitsubishi Electric

Mitsubishi Electric

From its founding in 1921, Mitsubishi Electric has been at the forefront of Japan’s technical ingenuity and product innovation.

From it’s first hit product—an electric fan for consumer use—Mitsubishi Electric has continued to create a long list of “firsts” and groundbreaking new technologies that have shaped its business fields all around the world.

Mitsubishi Electric is one of the world's leading names in the manufacture and sales of electrical and electronic products and systems used in a broad range of fields and applications.

We're applying our technologies to contribute to society and daily life around the world.

Specifications

Battery TypeLithium Manganese Oxide / Nickel Manganese Cobalt Oxide mix

(LMO / NMC)

Module typeM2031AE
Number of Modules10
Nominal Voltage304 VDC
Operating Voltage Range240 – 336 VDC
Capacity
Maximum Discharge Power108 kW
Standard Recharge Current22.3 A
Standard Recharge C-Rate0.33 CP
Available Energy20.4 kWh
Nominal Capacity67 Ah
Maximum Discharge Current450 A
Operation
Operating Temperature18 to 28°C
Shipping Storage Temperature0 to 40°C
CommunicationsModbus TCP/IP
ListingsUL1642, UN38.3, UL1973, UL991, UL1998, UL9540A
General
Dimension (W x D x H) (in)25.6 x 20.9 x 80.9
Weight (lbs)920

Features

  • High Power Density: Capable of providing megawatts of power in just a few strings for space-efficient energy storage.
  • Advanced LMO / NMC Chemistry: Uses a Lithium Manganese Oxide / Nickel Manganese Cobalt Oxide mix for high current capabilities.
  • Integrated Rack Control Module: Monitors voltage, current, and temperature to ensure rack-level safety.
  • Long Service Life: Features a 15-year design life for extended operational value.
  • Robust Construction: Battery modules are constructed with laser-welded precision to ensure structural integrity.
  • Efficient Installation: Streamlined installation with single-hole input power connections and top access cable entry.

Applications

  • Mitsubishi Electric BCL04-BBA01 Lithium Ion Battery is engineered for sectors requiring massive, reliable power reserves, including:
  • Large Scale UPS: Specifically designed to meet the demands of large scale Uninterruptible Power Supply applications.
  • High Power Infrastructure: Leading solution for all high power applications requiring high discharge current capability.
  • Data Centers and Critical Facilities: Ideal for environments where a small footprint and low total cost of ownership are critical factors.