RU Short-time Backup Power Series

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The RU6 series is specially developed for short-term backup power systems in data centers. Adopting high-rate LiFePO4 cells, it features superior safety, high reliability and long service life. Fitted with three-level BMS realizes comprehensive monitoring of battery operating status. A single cabinet delivers a maximum output of 570kW for 5 minutes with minimal floor space occupation, providing stable power guarantee for short-term backup scenarios.

RU Short-time Backup Power Series

The RU6 series is specially developed for short-term backup power systems in data centers. Adopting high-rate LiFePO4 cells, it features superior safety, high reliability and long service life. Fitted with three-level BMS realizes comprehensive monitoring of battery operating status. A single cabinet delivers a maximum output of 570kW for 5 minutes with minimal floor space occupation, providing stable power guarantee for short-term backup scenarios.

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GENERAL FEATURES

  • High Energy Density

  • • Empowered by CTP technology with a 20% improvement in energy density

  • 570kW in a Compact Design

  • • Compact structure and highpower density; single cabinetreaches up to 570 kW

  • Fire Suppression

  • • Dual fire suppression system at Pack and cabinet levels(optional)

  • UL and IEC Certified

  • • Certified with two authoritativeinternational certifications: UL and IEC

  • Three-level BMS

  • • Three-level BMS to precisely monitor operational status

  • Seamless Integration

  • • Compatible with CAN, RS485 and TCP communication protocols

TYPICAL APPLICATIONS

  • • AIDC

  • • Medium＆large-scale IDC

  • • Data rooms for government, banking, rail transit, precision manufacturing and other industries

Datasheets
SPECIFICATIONS
Model Nominal Voltage Capacity Energy Combinations Dimensions Pack Quantity Weight  Maximum Discharge Rate Operating Voltage Range(V) Charging Voltage(V) Charging Current Range(A) Max Continuous Discharge Current(A) Backup time Max Parallel Quantity Operating Temperature Humidity Environment Thermal Management Mode Communication Mode Terminal model Number of
cycles
V Ah KWh mm Kg
RU6-384V100-M 384 100 38.4 2P120S 600*1000*2200 6 640 6C 336V~414V 414V 40~80A 80A 213.75KW @5min 15 Charging: 5 ° C~45 ° C
Discharge: -15 ° C~+50 ° C
Storage: -10 ° C~+45° C		 5%~95%R.H natural cooling CAN/RS485/TCP/Dry Contact M8 3000
times(1C/1C)
RU6-448V100-M 448 100 44.8 2P140S 600*1000*2200 7 690 336V~414V 483V 249.37KW @5min
RU6-512V100-M 512 100 51.2 2P160S 600*1000*2200 8 740 448V~552V 552V 285KW @5min
RU6-576V100-M 576 100 57.6 2P180S 600*1000*2200 9 790 504V~621V 621V 320.62KW @5min
RU6-640V100-M 640 100 64.0 2P200S 600*1000*2200 10 840 560V~690V 690V 356.25KW @5min
RU6-384V200-M

384

 200 76.8 4P120S 600*1000*2200 6+6 1000 336V~414V 414V 80~160A 160A 427.5KW @5min
RU6-448V200-M 448 200 89.6 4P140S 600*1000*2200 7+7 1100 392V~483V 483V 498.75KW @5min
RU6-512V200-M 512 200 102.4 4P160S 600*1000*2200 8+8 1250 448V~552V 552V 570KW @5min