Lithium-ion UPS Battery 80Ah High Discharge (C-Rating) Pack

  • Lithium-ion battery module
    Lithium-ion battery module
  • Lithium-ion energy storage system (battery pack)
    Lithium-ion energy storage system (battery pack)

The Lithium-ion UPS battery 80Ah high discharge (C-rating) pack is mainly used in three phase UPS systems to supply power for data centers, industrial or commercial applications or other infrastructures. The battery module is composed of battery cells, soft battery connection pieces, plastic brackets with a high electrical insulation & melting point, BMU (battery management unit) and other components. Multiple battery modules, and one control module for operating the BMS (battery management system) make up the full battery pack. Multiple battery modules, one control module operates BMS (battery management system) make up the whole battery pack.

Advantages
  • High-efficiency rated load;
  • Long lifespan and low maintenance cost;
  • Custom BMS (battery management system) with battery status monitoring, charging and discharging control and balance functions
  • Modular structure for easier maintenance and management;
  • Available for parallel connection of multiple battery systems;
  • Safe and reliable structure, outstanding mechanical strength, no machine vibration or deformation
  • Designed with enough clearance and creepage distances for safety assurance.
Technical parameters for battery modules
Configuration 16S2P
Configuration parts 32 Cells, BMS
Dimension (W×L×H)mm 400×590×176
Weight (kg ) < 50
Rated energy @ 25℃, kWh 4.1
Rated voltage, V 51.2
Working voltage, V 40-58.4
Maximum discharging power, kW 16.4(4C)
Terminal output connectors
Communication CAN
Technical parameters for battery energy storage system
Configuration 10 battery modules+1 control module
Rated charge rate@25℃ 2C
Rated discharge rate@25℃ 4C
Rated capacity 80Ah
Rated energy 40.96kWh
Rated voltage ±256VDC
Working voltage ±200-±292VDC
Communication CAN
BMS Adaptive BMS
Dimension(L*W*H)mm 1000×700×1500
Weight(kg) ＜700
UPS loading time parameters
UPS power（kVA) Loading time（min）
±256V80Ah (quantity of battery system) 		1 rack 2 rack 3 rack 4 rack 5 rack 6 rack
640 (efficiency: 98%） N/A N/A N/A 13.13 16.42 20.36
600（efficiency: 98%） N/A N/A N/A 14.01 18.09 21.71
560（efficiency: 98%） N/A N/A N/A 15.01 19.39 23.26
520（efficiency: 98%） N/A N/A N/A 16.16 20.88 25.05
480（efficiency: 98%） N/A N/A N/A 18.09 22.62 27.72
440（efficiency: 98%） N/A N/A 14.33 19.74 24.67 30.25
400（efficiency: 98%） N/A N/A 15.76 21.71 27.72 33.27
360（efficiency: 98%） N/A N/A 18.09 24.13 30.81 36.97
320（efficiency: 98%） N/A 13.13 20.36 27.72 34.66 41.59
280 (efficiency: 98%） N/A 15.01 23.26 31.69 39.61 47.53
240 (efficiency: 98%） N/A 18.09 27.72 36.97 46.21 56.62
200 (efficiency: 98%） N/A 21.71 33.27 44.36 56.62 67.94
160 (efficiency: 98%） 13.13 27.72 41.59 56.62 70.77 84.93
120 (efficiency: 98%） 18.09 36.97 56.62 75.49 94.36 113.23
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Why Do We Need UPS?

Electricity interruptions can produce serious complications if vital systems go down even if it is only momentarily. For example, a power outage in a data center full of servers hosting services like email systems, can result in huge economic losses as it can bring businesses to a standstill. According to research, UPS systems save billions of dollars in lost data and productivity caused by electricity interruptions.