12V 100Ah LiFePO4 Battery

The China 12V 100Ah LiFePO4 Battery gives HSS Energy a compact 12.8V nominal platform for 12V-class house and auxiliary power projects. Selection should confirm charger compatibility, sustained and transient load demand, fuse and cable sizing, terminal layout, installation space, low-temperature charging behavior and the approved BMS configuration before production.

Lead-acid replacement is a system-fit decision, not an automatic drop-in claim.

Technical Specifications

Source-listed values for the supplied 12V 100Ah reference configuration

For customers comparing a 12V 100Ah lithium battery, the important distinction is that this reference configuration is LiFePO4 and must be matched to the approved charging, BMS and installation limits.

What the specification means for a customers

● 12V is the market/system class; the supplied LiFePO4 configuration is 12.8V nominal.

● The source lists 100A maximum discharge. Confirm the actual continuous and transient load profile, BMS limits and protection before use.

● The 50A figure is the recommended charge current in the supplied material. Charger voltage and charge profile still need compatibility review.

● The -20C to 55C range is a working-temperature statement; it does not by itself define low-temperature charging permission. Heating is shown as an optional function.

● IP67 and 5,000 cycles @ 75% DOD are source-listed specifications. Model-specific test or warranty scope should follow the approved order documentation.

Compact 12V Conversion Path

For a 12V lead acid replacement battery project, start with charger profile and real load demand before treating case size as the main decision.

Compact Conversion Sequence

1. Charger profile: Record charger/converter and solar-controller behavior; confirm a LiFePO4-compatible profile before reuse.

2. Load boundary: Compare real DC and inverter demand with the source-listed 100A maximum-discharge figure and the approved BMS limits.

3. Protection path: Check fuse, cable, disconnect, polarity and terminal hardware for the actual installation current.

4. Installation space: Use 330 x 173 x 217 mm and 10 kg as the project baseline for enclosure clearance, cable routing and handling.

5. Optional functions: Bluetooth and heating remain configuration choices and should be confirmed before production.

What changes when a compact 12V bank moves to LiFePO4

RV / Camper & Small-System Integration

Primary role: compact 12V house and auxiliary power

System architecture to confirm

For a 12V battery for camper, system fit matters more than a simple Ah match. Runtime depends on usable SOC window, actual DC and inverter loads, temperature, charging opportunity and conversion losses.

HSS Energy Compact Pack Integration & OEM Options

Use product evidence and project confirmation to define the approved battery

Integration points

● Terminals and polarity: verify cable lugs, torque requirements, insulation and service access for the ordered terminal configuration.

● Enclosure and handles: use the supplied 330 x 173 x 217 mm dimensions for fit review; final product drawing should govern production approval.

● BMS: supplied artwork identifies an internal smart BMS. Protection thresholds and communication functions must follow the approved configuration.

● Optional Bluetooth / heating: treat these as selectable project options, not automatic standard equipment.

Manufacturing / inspection workflow and OEM options

Project-dependent OEM/ODM options may include case/terminal configuration, Bluetooth, heating, label and packaging. Manufacturing-workflow visuals show the supplied marketing workflow; model-specific test records, certification scope and final inspection requirements are confirmed against the approved order.

customers FAQ & Compact-System Fit

1. Is this a 12V battery or a 12.8V battery?

12V is the market/system class. The supplied LiFePO4 configuration is 12.8V nominal, consistent with a 4-series LiFePO4 pack architecture.

2. Can it directly replace an AGM, GEL or flooded lead-acid battery?

Not automatically. The replacement decision should confirm charger profile, load current, fuse/cable, dimensions, terminals, low-temperature behavior and any series/parallel plan.

3. Can I reuse my existing lead-acid charger?

Only after checking its voltage profile and charging modes. Equalization or desulfation functions should not be assumed compatible with LiFePO4.

4. Can multiple batteries be connected in series or parallel?

The supplied source does not define the permitted series/parallel quantity. Confirm this for the approved BMS and ordered configuration before installation.

5. What does 5,000 cycles @ 75% DOD mean?

It is a source-listed reference condition. Actual service life depends on charge/discharge current, temperature, SOC window, charger behavior and operating conditions.

6. Is this suitable as a 12V 100Ah deep cycle battery?

It can serve deep-cycle house/auxiliary roles when the application current and charging system are compatible. It should not be treated as an engine-starting battery unless starting-current / CCA evidence is provided.

7. What information should I send for a replacement review?

Send the legacy battery label/model, number of batteries, battery-compartment dimensions, terminal/polarity details, charger/converter model, inverter or maximum DC load, operating temperature, quantity and whether Bluetooth/heating is required.