Gotion 3.2V 102ah Prismatic Rechargeable LiFePO4 Battery Cell for Energy Storage

• Customization: Available
• Type: Li-ion Battery
• Cathode Material: LFP
• Model NO.: IFP50160116A-102Ah
• Rechargeable: Yes
• Size: Medium
• Ingle Gross Weight: 1.926 Kg
• Electric Energy: 326.4
• Ingle Package Size: 16X5X11.9cm
• Application: Solar Energy Storage Systems
• Weight: 1.926kg
• Elling Units: Single Item
• Transport Package: Wooden Pallets; Cardboard Boxes
• Trademark: Gotion
• Origin: Hefei, China
• Production Capacity: 500000PCS/Year

Product Description

 

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Brand Name	Gotion
Place of Origin	Hefei, China
Model Number	IFP50160116A-102Ah
Voltage(V)	3.2
Capacity(Ah)	102
Wh	326.4Wh
Dimension	116*50*160mm
Weight	1926g±30g
Battery type	Lifepo4 lithium Battery
application	Toys, Power Tools, Home Appliances, Consumer Electronics, BOATS, Golf Carts, SUBMARINES, Electric Bicycles/Scooters, Electric Folklifts, electric vehicles, Electric Wheelchairs, Electric Power Systems, Solar Energy Storage Systems, Uninterruptible Power Supplies
Cycle Life	>3000 cycles
OEM	YES
Maximum charging current	1C
Max continuous Discharging Current	1C
Charging Temperature	0~55
Discharging Temperature	-30~55
Storage Temperature	-30~60

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The 102Ah lithium iron phosphate battery cell is centered around 1C fast charge and discharge (1-hour cycle) and an ultra-long lifespan of 6,000 times. The cost per cycle is extremely low, making it suitable for high-frequency electricity usage scenarios. Its 3.2V voltage platform and 170Wh/kg high energy density (weighing only 1.926kg) significantly optimize energy storage efficiency. Combined with its wide temperature range operating capability (-20°C ~ 60°C discharge), it can cope with severe cold and hot environments and reduce system temperature control energy consumption. Built-in pressure relief valve, CID and UN38.3 certification ensure safety, support 48V/72V high-voltage networking, and is suitable for long-term high-return scenarios such as photovoltaic energy storage and communication base stations, helping users minimize full-cycle costs.