Slb Lithium Iron Phosphate Battery (LifeP04 Battery)

Product Details
Customization: Available
Cycle Life: 6000 Tims
Trasfer Efficieny: >96%
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Number of Employees
76
Year of Establishment
2002-06-24
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
  • Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
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Basic Info.

Model NO.
SLB
Discharge Depth
90%
Design Life
15years
Transport Package
Plywood
Specification
32V\148AH
Trademark
Sanhe
Origin
China
HS Code
8537209000
Production Capacity
10000PCS\Year

Product Description

SLB Lithium Iron Phosphate Battery
(LifeP04 Battery)
Slb Lithium Iron Phosphate Battery (LifeP04 Battery)
Introduction
Sanhe power SLB series Lithium iron phosphate battery has
the advantages of safety and reliability, long service life, small
size, light weight, simple operation and maintenance.Compar-
ing with the traditional lead-acid battery, SLB greatly increases
the system performance.

Application
UPS/EPS/HVDC/Communication supply
Large capacity energy storage system
Traditional lead-acid battery replacement,update
Monitoring and Intelligence
Monitoring and Intelligence
SLB series lithium iron phosphate battery with integrating built-in BMS
,communication and management
Single battery voltage/current/temperature detection
Internal redundant power supply system,external power supply not required
Battery balance management
Module temperature,charging and discharging management

Cell Selction
The energy density up to 175Wh/kg
The cell passes CE,TUV(IEC62619)UL,RoHS,UN38.3 Certification
Conform to GB/T 31484,5,6-2015 test standard

Battery Technology
Material system:
Battery material chemical system optimization (Positive, negative and electrolyte matching),Amorphous carbon coated graphite
Cell design:
Electric nano-coating,Porous electrode design,Development of functional electrolyte,Failure mechanism analysis and improvement.
Process technology:
Ensuring pole piece smoooth,Removing diaphragm folds,Promoting electrolyte infiltration,Improving interface reaction

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