Custom LiFePO4 battery manufacturing for equipment manufacturers, battery brands, distributors and system integrators.
We support lead-acid replacement and OEM battery projects for RVs, boats, golf carts, utility vehicles, mobility equipment and industrial machines.
Production covers cell inspection and matching, battery pack assembly, Smart BMS integration, electrical testing, battery aging and final quality control.
Production specifications, inspection requirements and packaging standards are confirmed before volume manufacturing. Factory area, production-line numbers and capacity figures are provided only when verified for the relevant manufacturing facility.
Each production order follows the approved battery specification, Smart BMS settings, assembly drawings, inspection requirements, product labels and packaging standards.
Matched cells, busbars, insulation, wiring, temperature sensors and structural components are assembled according to the approved production documents.
The Smart BMS is selected and configured according to the cell configuration, charging limits, continuous current, peak current and operating conditions.
Bluetooth monitoring, CAN communication and RS485 communication are available for selected battery configurations.
The required protocol, message format, connector, cable pinout and connected equipment must be confirmed before sample development or production.
Battery dimensions, enclosure materials, mounting points, terminal positions, cables and connectors can be configured for qualified OEM projects.
For a lead-acid-to-LiFePO4 conversion, the original battery voltage, available installation space, equipment current, charger, cables, connectors, fuses and mounting requirements are reviewed before sample production.
Production units follow the approved sample specification to maintain consistent electrical, mechanical, communication, labeling and packaging requirements.
The application, system voltage, required capacity, continuous and peak current, installation space, charging equipment, operating environment and communication requirements are reviewed before production planning.
Battery cells, Smart BMS units, enclosures, terminals, cables, connectors and other key materials are checked against the approved specification before assembly.
Cell voltage, internal resistance, capacity data and physical condition are reviewed. Cells are grouped according to the approved battery configuration and consistency requirements.
Matched cells, busbars, insulation, wiring and structural components are assembled into the approved battery pack configuration.
The Smart BMS, balance leads, temperature sensors and communication interfaces are installed and inspected before the enclosure is completed.
The assembled battery is checked for voltage, charging, discharging, current output, BMS protection and communication functions where required.
Battery performance is monitored during the specified aging process. Test conditions depend on the battery model and approved project specification.
Electrical performance, product appearance, terminals, labels, accessories and packaging are checked before the battery is released for shipment.
Battery samples and production units are tested against the approved model or project specification before shipment.
Testing and inspection can include:
Additional performance, environmental or equipment-compatibility testing can be reviewed during OEM sample development.
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We manufacture custom LiFePO4 batteries for lead-acid replacement in RVs, boats, golf carts, utility vehicles, mobility equipment and industrial applications.
OEM, ODM and private-label options include:
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The application, voltage, capacity, current, installation dimensions, charging equipment, operating environment and communication requirements are reviewed.
The cell configuration, Smart BMS, enclosure, terminals, cables, connectors and production drawings are confirmed.
A prototype battery is assembled according to the approved electrical and mechanical requirements.
The sample is tested for electrical performance, BMS protection, communication and equipment compatibility where required.
Final drawings, BMS settings, inspection requirements, product labels and packaging are approved before production.
Repeat production follows the approved sample specification and quality-control requirements.
LiFePO4 battery development for replacing lead-acid batteries in RVs, boats, golf carts, mobility equipment and industrial machines.
Battery sizing, charger compatibility, installation dimensions, terminals, cables, fuses, mounting and low-temperature protection are reviewed before sample production.
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Custom LiFePO4 batteries for motorhome manufacturers, camper builders, conversion companies, distributors and professional installers.
Battery configuration can include lead-acid replacement, inverter and charger compatibility, solar integration, low-temperature protection and custom installation requirements.
Battery configurations for sailboat and motor-yacht house power, trolling motors and qualified marine starting applications.
Marine projects are reviewed for charging compatibility, continuous and peak current, installation space, terminals, cables and onboard electrical equipment.
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Custom 24V, 36V and 48V LiFePO4 batteries for golf carts, utility vehicles and commercial fleets.
Available project options include high-current BMS configurations, matched chargers, custom enclosures, mounting brackets, state-of-charge displays and equipment-specific connectors.
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Custom battery packs for AGVs, AMRs, floor cleaning machines, mobility equipment, agricultural machinery and other industrial applications.
Battery voltage, capacity, discharge current, enclosure, connectors, charging system and communication requirements can be configured around the equipment.
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Yes. Battery voltage, capacity, discharge current, enclosure, Smart BMS, terminals, cables and communication options can be configured for qualified OEM projects.
Yes. The original battery voltage, dimensions, current requirements, charger, terminals, cables and installation method are reviewed before developing the replacement configuration.
Yes. Samples can be developed and tested after the electrical, mechanical, communication and commercial requirements are confirmed.
Yes. Smart BMS settings are configured according to the cell configuration, charging limits, continuous current, peak current and operating conditions.
Communication testing is available for selected battery systems. The required protocol, connector and connected equipment must be confirmed before sample development.
Yes. Private-label options can include product labels, selected product configurations, manuals and customized packaging.
Please provide the application, required voltage and capacity, continuous and peak current, installation dimensions, charging equipment, communication requirements, destination country and estimated order quantity.
Send us the application, original lead-acid battery information, required voltage and capacity, continuous and peak current, installation dimensions, charging equipment, communication requirements and estimated quantity.
Our engineering team will review the requirements and recommend a suitable battery configuration, sample process and production plan.
