4000times Lithium Iron Phosphate Battery cell 106Ah 3.2 v LiFePO4 battery

3.2V Lithium Ion Battery Cells 52*148*112mm 1.93KG

A type of lithium iron phosphate battery that operates at 3.2V and has a capacity of 106Ah, the 3.2V 106Ah LiFePO4 cell can provide a substantial amount of power for various applications such as electric vehicles, renewable energy storage systems, and portable electronics. It is characterized by itshigh energy density, long cycle life, and improved safety features compared to other lithium-ion battery chemistries.

The LiFePO4 chemistry also offers stability, low risk of thermal runaway, and resistance to overcharging and overheating, making it less prone to degradation and suitable for use in both extreme cold and hot environments. This, combined with its high capacity, makes it a reliable and efficient power source capable of providing long-lasting power and can serve the needs for various applications.

In conclusion, 3.2V 106Ah LiFePO4 cell is an excellent choice for various applications requiring a substantial amount of power used over an extended period of time. It is a lithium iron phosphate battery that offers improved safety features, greater durability, and superior performance.

Technical Parameters:

This battery is rated to have a capacity of 106Ah and has a total energy of ≥341.3Wh (at 1/3C) or ≥332.8Wh (at 1.0C). It has a specific energy of ≥176.8Wh/Kg (at 1/3C) or 172.4Wh/Kg (at 1.0C). The voltage runs between 2.0 and 3.65V, and it has an ACR (at 1KHz) of 0.2-0.4mΩ and an average (at 1KHz) of 0.25+0.05mΩ. Additionally, the outgoing voltage is 3.2V and the outgoing capacity is ≥106Ah.

This battery is designed to operate between -20°C and 55°C (charge), and between -30°C and 60°C (discharge). The product boasts a cycle life of ≥4000 times (when reaching 80% of original SOH), and can eventually discharge to a power of ≥1350W. Moreover, its cell weight is 1.93KG and cell dimension is equal to 1173*1483*523mm.

Applications:

The 3.2V 106Ah LiFePO4 cell is a battery cell that has multiple beneficial characteristics and is widely used in a variety of applications. These include electric vehicles, storage systems for renewable energy, portable electronic devices, uninterruptible power supplies, marine and RV power systems, and off-grid power solutions.

In electric vehicles, the high capacity and stability of the LiFePO4 cell result in efficient, long-distance transportation. Further, its high energy density means the cell is a great choice for powering portable electronics like cell phones, laptops, and tablets.

For renewable energy storage, it can store large amounts of energy and enables the capture of excess energy during peak production for later use. Additionally, due to its reliability and durability, it is used in Uninterruptible Power Supplies (UPS) systems, providing continuous power during electrical outages.

Lastly, its high energy density and resistance to extreme temperatures make the cell suitable for marine and RV power, and off-grid power solutions. This allows for efficient and dependable energy storage in remote locations or areas with limited access to grid electricity. Overall, the 3.2V 106Ah LiFePO4 cell is an important component in a variety of applications in different industries.

Customization:

Support and Services:

Lithium Ion Battery Cells technical support and services include:

• Pre-Purchase Technical Assistance: Providing detailed information about the product and its capabilities.
• Installation Services: Helping customers install the product in a safe and efficient manner.
• Maintenance and Repair Services: Troubleshooting any issues that may arise with the product and repairing it if necessary.
• Replacement Services: Providing replacement parts when needed.
• Software Updates: Ensuring the product is up to date with the latest software.

Packing and Shipping:

Packaging and Shipping for Lithium Ion Battery Cells

Lithium ion battery cells must be packaged and shipped in accordance with the applicable regulations and standards.

The cells must be packed in UN certified containers and properly labeled with the appropriate hazard labels. The containers must be free of any leaks, and should be tested for leakage before shipping.

The cells must be shipped in a manner that ensures that they do not come into contact with any other hazardous material. Additionally, the cells must be shipped in a manner that prevents any electric shock or fire hazard.

The cells must be shipped with sufficient padding and other packaging materials to prevent any damage during transit.

Finally, the cells must be shipped with appropriate safety documentation, such as a declaration of conformity and a certificate of analysis.