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9600WH Energy Storage Lithium Battery Parallel Connection 200ah 48 Volt

Minimum Order Quantity : 1 piece Price : Negotiable
Packaging Details : According to customer's requirement Delivery Time : 15-20 working days
Payment Terms : T/T, Western Union, L/C Supply Ability : 1000 pcs per week
Place of Origin: China Brand Name: Licloud
Certification: CE/ROHS Model Number: LFP48200

Detail Information

Product Name: Energy Storage Lithium Battery Standard Voltage: 48 Volt
Battery Capacity: 200 Ah Cycle Life: 6000 Times
Dimensions: 482*400*451 Mm Weight: 93.0 Kg
Application: Energy Storage System/UPS Battery Type: LiFePO4 Lithium Battery
BMS Protection: All Functions Working Temperature: -10℃~50℃
High Light:

9600WH Energy Storage Lithium Battery


200ah Energy Storage Lithium Battery


200ah lithium battery

Product Description

Energy Storage Lithium Battery 48volt 200ah 9600WH Parallel Connection Lithium Battery


Description of Lithium Battery 48volt 200ah 9600WH


CASI energy storage lithium battery in the communications industry is usually used as a backup power supply and uninterruptible power supply (UPS), environmentally friendly, does not contain heavy metals, safe to use; lithium iron phosphate (LiFePO4) as the cathode material, long cycle life, low self-discharge rate; light weight, small size; fast charging characteristics, 1C fast charge, 1 hour can be fully charged 95% of the rated capacity.

The communication equipment required by telecom operators tends to be integrated, miniaturized and lightweight. That is, more service equipment can be installed in a limited space. Higher requirements are put forward for their use of temperature range, specific energy, and lifetime.


Lithium Battery 48volt 200ah 9600WH Parameters


Model of battery pack CI48V 200AH -9600WH
Nominal voltage 48V
Rated capacity 200AH
Rated reserved energy 9600WH
Standard charging current 0.3C
Maximum continuous charging current 0.5C
Minimum continuous charging current 0.1C
Total charging cut-off voltage 58.4V
Cut-off voltage of charging monomer 3.65V
Standard discharging current 0.5C
Maximum continuous discharging current 1C(200A)
Cut-off voltage of discharging monomer 2.5V
Charging temperature range -5℃~55℃
Discharging temperature range -20℃~65℃
Dimension (W×D×H) 482*400*450mm
(excluding hanger and amphenol connector)
Weight 29kg
Compound mode 15 strings 1parallel
Storage temperature -20℃~45℃
Differential pressure Differential pressure at the discharging end (2.5V for monomer) ≤300mV
Differential pressure at the charging end (3.65V for monomer)≤300mV



9600WH Energy Storage Lithium Battery Parallel Connection 200ah 48 Volt 0


Product Features

  • Product Name: Energy Storage Lithium Battery
  • >6000 cycles Reliable Performance
  • Wide Range of Applications
  • Compact Size and Light Weight
  • 10+ years technical support

Main Advantages

  • Product Name: Energy Storage Lithium Battery
  • Long battery life, high charge/discharge multiplier, stable and reliable
  • 19-inch cabinet and wall-mounting options
  • Lithium iron battery has superior multiplier discharge performance, can use lower capacity lithium iron battery system to meet the use of high current discharge occasions.
  • Flexible configuration: multiple LiFePO4 modules are used in parallel, which makes it possible to enter the practical application of large-capacity communication Li-ion battery system, that is, to improve the output power of the system and extend the backup time of the system.


  • Home Energy Storage
  • Industrial Energy Storage
  • Wind power system
  • Outdoor Macro Stations

Production Process

  • Li-ion battery cell sorting cabinet: all incoming cells are subjected to secondary sorting to ensure the full capacity of the battery.
  • Sorting pairing: each cell is sorted to ensure the consistency of the voltage and internal resistance of the cells in the same battery pack, which effectively improves the stability of the battery.
  • Automatic spot welding: Use automatic spot welding machine to spot weld the positive and negative electrodes of the battery pack, which is efficient and stable without desoldering.
  • Welding BMS: Welding and installing BMS for each battery pack, which can protect the overcharge, overdischarge, overcurrent and overvoltage.
  • Finished product testing: The finished battery finally needs to go through a number of tests to confirm that the performance is stable and meets the standards before it is packaged and shipped.

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