24V 100Ah Lithium Iron Phosphate Battery Pack

24V Deep-Cycle Lithium Battery for Solar Power Storage

Balancing useful capacity with moderate operating current, the 24V 100Ah LiFePO4 battery provides approximately 2.56kWh of stored energy for solar arrays, backup circuits, communication equipment, compact inverter systems, and independent DC power setups. The higher voltage reduces current compared with an equivalent 12V configuration, which can simplify cable planning and lower resistive losses in correctly designed systems. A-grade lithium iron phosphate cells deliver steady voltage throughout much of the discharge cycle, while the integrated battery management system supervises daily operation.

Bluetooth Battery Monitoring and Smart BMS Protection

Built-in Bluetooth connectivity allows operating data to be viewed through a compatible mobile device. Voltage, current, state of charge, cell condition, temperature, and warning information remain accessible without adding an external meter. This helps technicians review battery behavior during commissioning and makes routine checks easier after installation.

• 24V nominal voltage with 100Ah rated capacity
• Approximately 2.56kWh of total energy storage
• A-grade LiFePO4 cells with a stable discharge profile
• Bluetooth access for real-time battery status
• Smart BMS with cell balancing and fault protection
• Support for compatible solar controllers and AC chargers
• Compact enclosure for organized equipment layouts

The BMS monitors charge and discharge current, individual cell voltage, internal temperature, and overall battery condition. It can interrupt operation when the system encounters overcharge, excessive discharge, short circuit, overcurrent, or abnormal temperature. These controls help protect the cells while allowing connected equipment to receive consistent low-voltage DC power.

Rapid Charging for Off-Grid and Backup Battery Systems

A correctly selected charger can restore capacity faster after extended use. Solar input can replenish the battery through a suitable MPPT or PWM controller, while compatible AC charging equipment can provide an alternative source when sunlight remains limited. Charging voltage, current limits, and temperature conditions should follow the specified battery parameters.

Compared with a 12V 200Ah battery storing a similar amount of energy, a 24V architecture carries lower current at the same power level. This can benefit inverter connections, cable runs, and protection-device selection when the complete electrical design follows the required standards. The format also suits applications that have already adopted 24V DC loads and charging equipment.

Cycle performance depends on operating temperature, charge rate, load demand, and depth of discharge. Under defined test conditions, the cells can support more than 6,000 cycles at an 80% depth of discharge. Consistent charging practices and suitable ventilation help maintain long-term performance.

JSDSolar can adapt the 24V 100Ah LiFePO4 battery with selected terminals, communication options, enclosure finishes, labels, and packaging. Project support may include inverter matching, controller settings, cable calculations, charging recommendations, and parallel capacity planning.