RV · Marine · Energy Storage · Industrial Applications
LiFePO4 Battery Application Guides
Find the right LiFePO4 battery configuration for your equipment, available installation space and power requirements.
These guides cover lead-acid replacement, voltage and capacity selection, discharge current, charging compatibility, Smart BMS options and custom OEM battery development.
LiFePO4 battery configurations for mobile, marine, energy storage and industrial equipment.
RV LiFePO4 Battery Guide
Select an RV LiFePO4 battery according to the electrical-system voltage, daily energy use, inverter power, charging sources and required off-grid runtime.
Important selection factors include:
12V and 24V RV battery configurations
Lead-acid to LiFePO4 battery replacement
Battery capacity and off-grid runtime
Continuous and peak inverter current
AC charger and solar-controller compatibility
Alternator and DC-DC charging
Low-temperature charging protection
Optional self-heating and Bluetooth monitoring
RV LiFePO4 battery installation with charging and circuit-protection equipment.
Marine batteries must be selected for their intended use. House-power systems, trolling motors and engine-starting applications have different current, charging and installation requirements.
Important selection factors include:
12V, 24V, 36V and 48V marine battery systems
Marine lead-acid to LiFePO4 conversion
Sailboat and motor-yacht house batteries
Trolling motor battery selection
Verified CCA or MCA ratings for starting applications
Alternator, shore charger and solar integration
Marine terminals, cables and circuit protection
Battery mounting and compartment dimensions
Marine LiFePO4 battery integration with onboard charging and electrical equipment.
Select a golf cart lithium battery according to the vehicle voltage, motor power, controller current, passenger or cargo load, terrain and required driving range.
Important selection factors include:
24V, 36V and 48V battery configurations
Golf cart lead-acid to lithium conversion
Motor and controller compatibility
Continuous and peak discharge current
Driving-range and capacity calculations
High-current Smart BMS selection
Charger, connector and cable compatibility
Bluetooth, CAN and RS485 options
Custom enclosures and mounting brackets
48V LiFePO4 battery installation for a golf cart and low-speed vehicle.
Industrial LiFePO4 batteries are configured around the equipment voltage, operating current, peak load, required runtime, charging system and available battery compartment.
Applications and engineering options include:
AGV and AMR battery systems
Floor scrubber and cleaning machine batteries
Mobility scooter and wheelchair batteries
Agricultural equipment batteries
Solar tracker battery systems
Custom voltage, capacity and discharge current
Smart BMS, CAN and RS485 integration
Custom enclosures, connectors and wiring harnesses
Custom LiFePO4 batteries for industrial automation and mobility equipment.
Solar tracker batteries must support controller loads, motor startup current and the required backup time during periods of limited solar generation.
Selection factors include system voltage, peak current, charging configuration, outdoor enclosure, operating temperature and remote-monitoring requirements.
LiFePO4 battery integrated with a solar tracker control system.
Plan a residential LiFePO4 battery system around daily electricity use, essential loads, required backup time, inverter power and available solar generation.
Important selection factors include:
48V and 51.2V LiFePO4 battery systems
Residential solar self-consumption
Essential-load and home backup power
Wall-mounted, floor-standing and rack-mounted batteries
Hybrid inverter compatibility
CAN and RS485 communication
Parallel capacity expansion
Installation and circuit protection
Residential LiFePO4 battery system for solar storage and backup power.
Calculate the continuous and peak discharge current.
Measure the available installation space.
Confirm the charger, inverter, motor or controller model.
Identify Bluetooth, CAN or RS485 requirements.
Review low-temperature charging conditions.
Confirm the estimated sample and production quantities.
For a lead-acid replacement project, also provide the original battery model, battery dimensions, terminal arrangement and charging method.
OEM Battery Selection and Engineering Support
We support equipment manufacturers, battery brands, distributors and system integrators with custom LiFePO4 battery development, sample testing and volume production.
Available OEM options include:
Custom voltage, capacity and discharge current
Smart BMS protection settings
Bluetooth, CAN and RS485 options
Custom battery enclosures and mounting points
Custom terminals, cables and connectors
Low-temperature charging protection
Optional self-heating
Private labels and packaging
Prototype testing and production quality control
Charge-discharge, Smart BMS and communication testing before OEM production.
What information is required to select a LiFePO4 battery?
Provide the application, system voltage, required capacity, continuous and peak current, installation dimensions, charging equipment and estimated order quantity.
Can LiFePO4 batteries replace lead-acid batteries?
Yes, in many applications. The charger, inverter, controller, alternator, cables, fuses, battery dimensions and operating temperature must be checked before replacement.
How is the required battery capacity calculated?
Capacity is based on the connected load, daily operating time, required backup time, available charging energy and the reserve required by the application.
Are Bluetooth, CAN and RS485 available?
Selected battery systems support Bluetooth, CAN or RS485. Availability depends on the battery model, Smart BMS and connected equipment.
Can the battery enclosure and connectors be customized?
Yes. Battery dimensions, mounting points, terminals, cables and connectors can be reviewed for qualified OEM projects.
Discuss Your Battery Project
Send us the equipment type, required voltage and capacity, continuous and peak current, installation dimensions, charging equipment, communication requirements and estimated order quantity.
Our engineering team will review the information and recommend a suitable LiFePO4 battery configuration.
