HX IFR32700 3.2V 6000mAh 1C LiFePO4 Solar Cell

HX IFR32700 3.2V 6000mAh 1C LiFePO4 Solar Cell Specification

Features
High Energy Density, Long Cycle Life, High Safety, Stable Performance, Low Self Discharge, Eco-Friendly

Size
Diameter: 32 mm; Height: 70 mm (32700 cell format)

Usage & Applications
Solar Street Light, Energy Storage, Power Tools, EV Applications, Solar Systems, E-bikes, UPS Systems, Emergency Lighting

Operating Temperature
Charge: 0C~45C; Discharge: -20C~60C

Terminal Type
Flat Top

Shelf Life
Up to 10 Years (Under Proper Storage Conditions)

Batteries Type
Others

Battery Capacity
6000mAh (6Ah)

Nominal Voltage
3.2 Volt (V)

Cover
Plastic

Weight
145-150g (Approx.)

Sealed Type
Sealed

Material
Lithium Iron Phosphate (LiFePO4)

Standard Charge Current
0.5C (3000mA)

Cycle Life
2000 Cycles (80% DOD)

Max Continuous Discharge Current
1C (6000mA)

Storage Temperature
-10C ~ 40C

Internal Resistance
30m

Cell Assembly
Single Cell Cylindrical

Charging Voltage
3.65V Max

Discharge Cut-off Voltage
2.0V

Model
HX IFR32700

HX IFR32700 3.2V 6000mAh 1C LiFePO4 Solar Cell Trade Information

Minimum Order Quantity
100 Number

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
50000 Per Month

Delivery Time
10 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About HX IFR32700 3.2V 6000mAh 1C LiFePO4 Solar Cell

A LIB is an electrochemical device that stores/delivers electrical energy through a reversible intercalation reaction in which Li+ ions are shuttled between two dissimilar electrode materials separated by the Li+ ion conducting electrolyte solution.

Reliable Power for Solar and Storage Systems

Built with advanced LiFePO4 chemistry, the HX IFR32700 delivers 6000mAh of stable power, supporting solar street lights, backup systems, and electric vehicles. Its 2000-cycle lifespan and broad operating temperature range make it an excellent option for both indoor and outdoor applications.

Enhanced Safety and Eco-Friendly Design

Safety is a standout feature of the HX IFR32700, with a sealed design and low internal resistance of 30m. The chemical stability and eco-friendly materials reduce environmental impact while ensuring ultra-low self-discharge for long-term storage and reliability.

FAQ's of HX IFR32700 3.2V 6000mAh 1C LiFePO4 Solar Cell:

Q: How is the HX IFR32700 LiFePO4 cell typically used in solar applications?

A: The HX IFR32700 is ideal for solar street lighting and solar energy storage systems due to its high energy density, long cycle life, and stable voltage, ensuring consistent performance in renewable energy setups.

Q: What are the main benefits of using this battery in power tools or EV applications?

A: This battery offers high discharge currents and long lifespan, providing extended operational time, high safety, and dependable power delivery for devices like power tools, e-bikes, and electric vehicles.

Q: When should I recharge the battery, and what are its voltage limits?

A: Recharge the cell when its voltage approaches 2.0V (discharge cut-off) and stop charging when it reaches the maximum charging voltage of 3.65V to ensure longevity and safety.

Q: Where can this battery be used besides solar systems?

A: Apart from solar setups, the cell is suitable for UPS systems, emergency lighting, portable energy storage, and various backup power solutions due to its robust chemistry and performance.

Q: What is the expected cycle life and shelf life of the HX IFR32700?

A: This cell can deliver up to 2000 cycles at 80% depth of discharge, and, under proper storage, maintains up to 10 years of shelf life, making it ideal for long-term deployments.

Q: How should the HX IFR32700 cell be stored for maximum longevity?

A: Store the cell in a dry environment at temperatures between -10C to 40C. Keeping it in the recommended range prevents degradation and extends shelf life.

Q: What process should I follow for safe charging and discharging?

A: Always use compatible chargers set to 3.65V maximum charging voltage and avoid deep discharging below 2.0V. Maintain the recommended current levels (0.5C standard charge, 1C max discharge) for safety and cell health.

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