12V 100Ah Lithium Battery Pack
Rechagebale LiFePO4 Battery | Lithium Battery Pack | 12v battery
Key features
- Light Weight and Mini Size: 1280Wh energy output, easy to move and install.
- Low Temp Cut-Off Protection:smart BMS automatically cuts off the charge and discharge when below the temperature
- Wide Application:perfect choices for Home energy backup, Rvs, Motors, Boat, Camping, Home alarm
- Reliable and secure: Grade A prismatic cell and certified by UL and UN38.3
- Warranty: 3 years
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Compact Lithium Storage for Solar and Backup Power
Designed for installations where space, weight, and dependable output all matter, the 12V 100Ah LiFePO4 battery stores approximately 1.28kWh of energy in a compact enclosure. A-grade lithium iron phosphate cells support stable voltage delivery across repeated charge and discharge cycles, while the integrated battery management system monitors current, temperature, and cell balance. The 12V platform fits small solar arrays, backup circuits, mobile power setups, communication equipment, and other low-voltage applications.
Bluetooth Battery Monitoring and Controlled Charging
Bluetooth connectivity gives direct access to battery status through a compatible mobile device. Operators can review charge level, voltage, current, temperature, and operating alerts without opening the enclosure or adding a separate display. This visibility supports routine checks and helps identify unusual operating conditions before they affect the connected system.
- 12V nominal voltage with 100Ah rated capacity
- Approximately 1.28kWh of stored energy
- A-grade LiFePO4 cells for consistent cycle performance
- Bluetooth access for real-time battery data
- Battery management system with electrical and thermal protection
- Rapid recharge support with a compatible charger
- Compact housing for limited installation spaces
The battery accepts solar charging through a suitable controller and can also recharge from compatible AC charging equipment. A correctly sized charger may shorten recovery time after deep use, making the unit practical for applications that need regular power availability. Charging parameters should match the battery specification to protect cell balance and preserve long-term operating stability.
Stable Output for Sensitive Low-Voltage Equipment
Lithium iron phosphate chemistry maintains a flatter discharge curve than many conventional lead-acid options. Connected equipment receives steadier voltage through much of the usable capacity, which benefits lighting, electronics, security devices, networking equipment, and small inverter systems. The lower weight also simplifies handling during installation, relocation, or system servicing.
An 80% depth-of-discharge setting can support extended cycle use while retaining a reserve for changing load conditions. Actual cycle life depends on temperature, charge rate, discharge current, and daily operating patterns. The battery management system responds to overcurrent, short circuit, high temperature, low temperature, overcharge, and excessive discharge conditions.
JSDSolar can configure the 12V 100Ah LiFePO4 battery with case design, communication functions, connection terminals, and branding details for specific product programs. Technical matching support covers charger selection, solar controller settings, load calculation, and series or parallel connection planning.





Core Parameters
| Content | Description |
| Cell | Prismatic Lifepo4 Battery |
| Nominal voltage | 25.6V |
| Rate capacity | 100Ah |
| Energy | 2560Wh |
| Cycle life | 6000 times(0.2℃-25℃,80%DoD) |
| Charge voltage | 14.4V ± 0.2V |
| Recommand charge current | 20A(0.2C) |
| Dimensions | 260*188*211 mm |
Solar Energy Cases for Different Residential
Common Questions
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Why install home energy storage batteries?
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Store solar/grid power for outages, optimize energy use, cut bills. Solar integration ensures 24/7 power—ideal for tropical climates with frequent storms.
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How long do batteries last?
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Quality lithium-ion models endure 8-15 years, 5x longer than lead-acid. Built to withstand high humidity and salt air common in coastal regions.
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Are they safe for homes?
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Certified batteries (UL, IEC) feature fire-resistant casings and thermal controls. Avoid uncertified brands—critical in areas prone to extreme heat.
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Compatibility with inverters?
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Check voltage (24V/48V recommended) and communication protocols (CAN, RS485). Consult us to match local grid standards (110-120V).
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Maintenance needed?
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Lithium batteries are zero-maintenance vs. lead-acid. Ensure proper ventilation and avoid direct sunlight—key for tropical installations.
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Cost vs. savings?
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Higher upfront cost, but 30-50% long-term savings via solar pairing and peak-shaving. Many governments offer green energy incentives.
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