3.2V 15Ah JSK Lithium LFP Battery Cell – LiFePO4 Rechargeable Cell

3.2V 15Ah JSK Lithium LFP Battery Cell

The 3.2V 15Ah JSK Lithium LFP Battery Cell is intended for rechargeable battery applications that require a low-voltage cell with a capacity of 15Ah. With a nominal voltage of 3.2V and a rated capacity of 15Ah, the cell has a calculated nominal energy capacity of 48Wh.

Lithium iron phosphate (LiFePO4 or LFP) cells are used in battery packs for energy storage, portable equipment and compatible electrical systems. Before purchase, verify that the supplied JSK cell's chemistry and technical ratings match your project requirements.

3.2V Nominal Voltage and 15Ah Capacity

The cell's 3.2V nominal voltage is an important parameter when designing a battery pack. The 15Ah capacity indicates the rated amount of electrical charge the cell can store under specified testing conditions.

Its nominal energy can be calculated as follows:

Energy = Voltage × Capacity

3.2V × 15Ah = 48Wh

Actual usable energy depends on the manufacturer's operating limits, charging and discharging conditions, temperature and the connected equipment's requirements.

Lithium Iron Phosphate Battery Technology

LFP battery chemistry is commonly used in rechargeable battery systems where stable operation and repeated charge-discharge cycles are important. However, the performance of an individual cell depends on its construction, manufacturing quality, operating conditions and specified ratings.

The exact cycle life, maximum charging voltage, allowable discharge current and internal resistance of this JSK cell have not been provided. These values should be obtained from the manufacturer's datasheet before designing a battery pack.

Applications of the JSK 3.2V 15Ah Cell

Depending on its verified specifications, the cell may be suitable for:

• Custom LiFePO4 battery pack assembly

• Compatible low-voltage energy storage projects

• Portable electrical equipment

• Battery-powered electronics and devices

• Educational and development projects involving rechargeable batteries

For larger systems, cells must be assembled according to a properly designed series or parallel configuration. The required voltage, capacity, current and protection arrangements should be calculated before assembly.

Safe Charging and Battery Pack Assembly

Use a charger designed for the verified chemistry and voltage limits of the cell. For a multi-cell battery pack, an appropriate Battery Management System (BMS) may be required to provide cell balancing and protection against overvoltage, undervoltage, overcurrent and short circuits.

Avoid mixing cells with different capacities, ages or states of charge unless the pack design and manufacturer guidance explicitly permit it. Incorrect charging or assembly can damage cells and create safety hazards.

Why Choose the JSK 3.2V 15Ah Battery Cell?

This cell is an option for projects requiring a rechargeable 3.2V cell with a rated capacity of 15Ah. Its calculated 48Wh nominal energy provides a useful starting point for estimating battery pack capacity.

Before purchasing from MuthoBD.com, confirm the cell dimensions, weight, chemistry, charging specifications, discharge limits, cycle life, warranty and stock availability.