12V 100Ah LiFePO4 Battery
A 12.8V / 100Ah / 1.28kWh LiFePO4 deep-cycle capacity battery for RV, marine, and 12V backup systems—the lighter-runtime 100Ah catalog step.
- Voltage
- 12.8V nominal
- Capacity
- 100Ah
- Chemistry
- LiFePO4
A low-profile horizontal modular LiFePO4 battery platform designed for under-bench RV compartments, marine utility spaces, and stackable off-grid cabins. Available in 25.6V (100Ah / 200Ah) and 51.2V (100Ah / 200Ah / 300Ah) configurations with dual top recessed handles, heavy-duty stackable base feet, and standard multi-unit parallel expansion.
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Full specs are confirmed in the technical table
Product overview
A low-profile horizontal modular LiFePO4 battery platform designed for under-bench RV compartments, marine utility spaces, and stackable off-grid cabins. Available in 25.6V (100Ah / 200Ah) and 51.2V (100Ah / 200Ah / 300Ah) configurations with dual top recessed handles, heavy-duty stackable base feet, and standard multi-unit parallel expansion.
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Product category path
Accessories
A 12.8V / 100Ah / 1.28kWh LiFePO4 deep-cycle capacity battery for RV, marine, and 12V backup systems—the lighter-runtime 100Ah catalog step.
A higher-capacity 12.8V / 200Ah / 2.56kWh LiFePO4 deep-cycle battery for longer runtime in RV, marine, and 12V backup systems—the 200Ah catalog step.
A 48V / 51.2V (16S) rack-mount LiFePO4 battery module for solar storage, home backup, telecom UPS, and modular commercial power projects—the 100Ah / 5.12kWh rack platform.
Product FAQ
In camper vans and RVs, vertical space is at a premium, while low-profile areas under passenger bench seats, beds, or false floors remain underutilized. With heights as low as 160mm to 200mm, these horizontal modules slide directly into under-bench compartments while keeping the vehicle's center of gravity low and stable.
Each module chassis features precision locating corner recesses and high-traction rubber feet. Modules stack securely up to 3 to 4 layers high without external racking, saving floor space while maintaining stable airflow channels between units.
No. Systems must use batteries with identical nominal voltages (either all 25.6V or all 51.2V). However, units of the same voltage (e.g. multiple 48V modules) can be connected in parallel to scale overall energy capacity.