Get engineering support for LiFePO4 battery selection, lead-acid replacement, charger compatibility, system integration, Smart BMS configuration, CAN and RS485 communication, sample testing and custom battery development.
We work with equipment manufacturers, battery brands, distributors and system integrators across RV, marine, golf cart and industrial applications. Support is available from the initial specification review through prototype validation and volume production.
Choosing the right battery requires more than matching voltage and capacity. The electrical load, maximum current, available installation space, charging equipment and operating environment must all be reviewed.
For battery selection and sizing, please provide:
Common configurations include 12V, 24V, 36V and 48V battery systems. Other voltage, capacity and current requirements can be reviewed for qualified OEM projects.
LiFePO4 batteries can replace lead-acid batteries in many RV, marine, golf cart and industrial systems, but a safe conversion requires a review of the complete electrical installation.
The compatibility review can include:
A LiFePO4 battery should not be treated as a direct drop-in replacement until its dimensions, charging limits, current capability and circuit protection have been confirmed.
View Lead-Acid Replacement Batteries →
Technical support is available for integrating LiFePO4 batteries with inverters, chargers, solar controllers, alternators, DC power systems and industrial equipment.
System integration support can cover:
System voltage, charging parameters, maximum current and protection requirements should be confirmed before prototype development or production.
A Smart BMS protects the battery and controls its operation within the approved voltage, current and temperature limits. The required BMS rating depends on the cell configuration, connected load, charging equipment and operating environment.
Available BMS functions may include:
Protection limits and monitoring functions vary by battery model and BMS configuration. The final settings are confirmed against the approved battery specification.
Selected LiFePO4 battery systems can support CAN or RS485 communication with compatible inverters, chargers, controllers and industrial equipment.
Communication support can include:
Communication compatibility depends on the battery model, BMS protocol, inverter or equipment model and firmware version. These details must be confirmed before sample production.
Battery sizing and integration support for motorhomes, camper vans and travel trailers, including lead-acid conversion, inverter loads, solar charging, alternator charging, circuit protection and low-temperature operation.
Technical support for sailboat and motor-yacht house banks, trolling motors and selected starting applications. Reviews can include charger compatibility, alternator charging, current requirements, terminals and marine installation conditions.
View Marine Battery Solutions →
Support for golf cart lead-acid replacement, motor and controller matching, continuous and peak current, charger compatibility, battery dimensions, communication and cable configuration.
View Golf Cart Battery Solutions →
Custom battery engineering for AGVs, AMRs, floor cleaning machines, mobility equipment, agricultural systems and other industrial applications.
View Industrial Battery Solutions →
Custom battery development is available for equipment manufacturers, battery brands, distributors and system integrators with defined technical and production requirements.
OEM battery engineering options include:
View OEM & ODM Battery Services →
Prototype batteries can be assembled and tested after the electrical, mechanical and communication requirements have been confirmed.
The sample-validation process can include:
Any changes identified during testing are reviewed before the battery specification, drawings, BMS settings and inspection requirements are approved for production.
Technical documents and available compliance records depend on the battery model, application and destination market.
Available documents may include:
View LiFePO4 Battery Resources →
Please provide the application, required voltage and capacity, continuous and peak current, installation dimensions, charger or inverter model, communication requirements, operating temperature and estimated order quantity.
Not in every system. Battery dimensions, charger settings, maximum current, cables, fuses, inverter or controller requirements and operating conditions should be checked before replacement.
Selected battery systems support CAN or RS485 communication with compatible inverters. The inverter model, firmware version and required protocol must be confirmed before production.
Yes. BMS protection parameters can be configured according to the battery cells, charging limits, continuous and peak current and operating conditions.
Selected battery models support approved series or parallel configurations. The manufacturer’s connection limits, cable arrangement and commissioning instructions must be followed.
Yes. Enclosure dimensions, materials, mounting points, terminal positions, connectors and cable outlets can be reviewed for qualified OEM projects.
Yes. Prototype batteries can be assembled and tested after the electrical, mechanical, communication and commercial requirements are confirmed.
Send us your company name, application, required voltage and capacity, continuous and peak current, available installation dimensions, charger or inverter model, communication protocol and estimated order quantity.
Our engineering team will review the information and recommend a suitable LiFePO4 battery configuration.
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For quotations, existing orders, product documents, warranty inquiries or after-sales service, visit the customer support page.
