LiFePO4

Typical Applications

Renewable energy storage systems: Efficiently store solar and wind energy for consistent power supply in off-grid setups.
Electric vehicles and marine applications: Power electric cars, boats, or yachts with lightweight and durable batteries.
Telecommunication base stations: Provide reliable backup energy to maintain uninterrupted communication during power outages.
Emergency power supply systems: Deliver dependable energy during critical situations in hospitals, homes, or businesses.

Features

Safe lithium iron phosphate (LiFePO4) cells Durable protective structure
Supports up to 98% DOD Fast charging and discharging capability
Expandable with up to 16 parallel connections
Smart BMS for optimized performance Real-time monitoring via mobile apps and PC access
Easy and flexible installation options Designed for convenient wall-mounted setup
Up to 10 years lifespan

Technical Data

Specification	SH-UIB-P12100	SH-UIB-P12150	SH-UIB-P12200
Nominal Voltage	12.8V	12.8V	12.8V
Rated Capacity	100Ah	150Ah	200Ah
Nominal Capacity	1.28kWh	1.92kWh	2.56kWh
Operating Voltage Range	10~14.6V	10~14.6V	10~14.6V
Cell Type	LFP	LFP	LFP
Battery Configuration	1P4S	1P4S	1P4S
Dimensions (mm)	332x172x220	332x172x220	520x244x221
Weight (kg)	13	16	21
Charge Temperature(°C)	0 ~ +45
Discharge Temperature (°C)	-20 ~ +50
Depth of Discharge (%)	98
Cooling	Natural	Natural	Natural
Max. Operating Altitude (m)	2000	2000	2000
Nominal Charging Current (A)	50	75	100
Nominal Discharging Current (A)	≤100	≤150	120
Humidity (%)	≤95
IP Rating	IP65
Transportation Certification	UN38.3/MSDS/DGM
Communication	RS485/RS232/CAN
Charging Method	CC/CV	CC/CV	CC/CV
Charging Current (C)	0.5C	0.5C	0.5C
Maximum Charging Current (A)	50	75	100
Charging Cut-off Voltage (V)	10
Discharge Mode	CC/CV/CP	CC/CV/CP	CC/CV/CP
Charge/Discharge Rate (C)	1C
Maximum Discharge Current (A)	100	150	200
Discharge Cut-off Voltage (V)	14.6

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