Sylcin Custom LiFePO4 Traction Battery for Industrial Equipment

SC-OEM/ODM

1.Custom LiFePO4 batteries provide stable power for industrial and electric equipment.
2.Suitable for material handling, robotics, mobility, cleaning and construction applications.
3.Multiple voltage and capacity options support light-duty and heavy-duty equipment.
4.Smart BMS protection helps maintain safe and reliable battery operation.
5.Optional CAN and RS485 communication supports equipment and system integration.
6.Battery size, housing, connectors and performance can be customized.

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OEM/ODM Custom Motive Power Lithium Battery Solutions

SylCin develops custom traction battery systems for forklifts, AGVs, AMRs, robots, cleaning machines and other industrial equipment. Our forklift lithium battery solutions provide stable power for driving, lifting and multi-shift material-handling operations.

Everycustom lithium battery is engineered according to the equipment’s voltage, capacity, continuous current, peak current, installation space, charger, connector and communication requirements. This helps improve battery compatibility and reduces the risk of incorrect system matching.

Our existing LiFePO4 traction battery configurations include 24V 350Ah, 48V 27Ah and 48V 100Ah. These are reference solutions rather than fixed options. Battery voltage, capacity, dimensions, housing and electrical performance can all be customized for different projects.

An integrated smart BMS monitors voltage, current, temperature and SOC while providing multiple safety protections. Optional CAN and RS485 communication supports integration with equipment controllers, compatible chargers and fleet management systems.

One-Stop CustomTraction Battery Solution

SylCin can customize:

Nominal voltage and battery capacity
Continuous and peak discharge current
Maximum charging current
Battery dimensions and installation direction
Metal housing and mounting structure
Charging and discharging connectors
BMS protection parameters
CAN and RS485 communication protocols
LCD display and monitoring functions
Product labels, logos and packaging

This flexible design capability allows our custom lithium battery packs to be integrated into new equipment or existing power systems.

Stable Output for Driving, Lifting and Heavy Loads

Industrial vehicles and electric equipment frequently experience changing loads during starting, acceleration, lifting, climbing and continuous operation. The battery must provide stable output without causing frequent shutdowns or power interruptions.

SylCin traction batteries use LiFePO4 cells and a matched BMS to provide consistent voltage and reliable discharge performance. The discharge current and protection settings can be configured according to the motor and controller requirements.

This makes the battery suitable for forklifts, stackers, AGVs, AMRs, cleaning machines, lifting platforms and mining equipment.

Longer Runtime with Efficient Charging

Battery capacity can be selected according to the equipment’s average power consumption, required runtime and daily charging schedule. A properly configured battery helps extend operating time and reduce charging interruptions.

Fast charging and opportunity charging can be supported when the battery cells, BMS and charger are correctly matched. Equipment can recharge during breaks or idle periods, helping reduce downtime and improve utilization in multi-shift operations.

The charging voltage, current, connector and communication method should be confirmed before production to ensure battery and charger compatibility.

Smart BMS Protection and Battery Monitoring

Each battery pack is equipped with a smart Battery Management System. The BMS continuously monitors:

Individual cell voltage
Total battery voltage
Charging and discharging current
Battery temperature
State of charge
Battery fault information

The BMS provides protection against overcharge, over-discharge, overcurrent, short circuit and abnormal temperature. Protection values can be configured according to the battery design and equipment requirements.

OptionalCAN and RS485 communication allows the battery to exchange operating information with equipment controllers, compatible chargers and fleet management systems. Communication protocols should be matched and tested before bulk production.

LiFePO4 Upgrade for Lead-Acid Battery Systems

LiFePO4 traction batteries can replace lead-acid batteries in many industrial and electric-vehicle applications. They generally provide more stable voltage output, higher charging efficiency, longer service life and lower maintenance requirements.

However, lithium batteries are not always direct replacements. Before replacement, the original battery voltage, charger, compartment size, counterweight, connector, controller and communication method must be checked.

SylCin engineers can evaluate the existing battery system and recommend a suitable lithium battery configuration, helping reduce compatibility risks during the transition from lead acid to LiFePO4.

Custom Battery Capabilities and Supported Applications

SylCin provides custom traction battery solutions based on different equipment structures, power requirements and operating environments. The following options can be combined according to each project.

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Frequently Asked Questions About Custom Traction Batteries

1. What is a custom traction battery?

A custom traction battery is designed according to the equipment’s voltage, capacity, current, dimensions, charging system and communication requirements.

2. What equipment can use a LiFePO4 traction battery?

It can be developed for forklifts, AGVs, AMRs, robots, cleaning machines, aerial work platforms, golf carts, mobility equipment, construction machinery and mining equipment.

3. Can battery voltage and capacity be customized?

Yes. Battery voltage and capacity can be customized according to the motor, controller, power consumption, required runtime and available installation space.

4. What information is required for customization?

Please provide the equipment type, voltage, capacity, continuous current, peak current, battery dimensions, connector, charger, working temperature and communication protocol.

5. Can a forklift lithium battery replace a lead-acid battery?

In many applications, yes. The original voltage, charger, compartment size, connector, controller and counterweight requirements must be checked before replacement.

6. Does the custom lithium battery support fast charging?

Fast or opportunity charging can be configured when the battery cells, BMS and charger are correctly matched.

7. Does the battery support CAN or RS485?

Yes. Optional CAN, RS485 and RS232 communication can be matched with compatible equipment controllers, chargers and management systems.

8. What protection functions does the smart BMS provide?

The smart BMS protects against overcharge, over-discharge, overcurrent, short circuit and abnormal temperature while monitoring battery operating data.

9. How long does a LiFePO4 motive power battery last?

Service life depends on cell quality, depth of discharge, charging method, operating temperature and daily workload. The exact cycle life depends on the selected configuration.

10. Can I order a customized sample?

Yes. Sample development and compatibility testing can be arranged before bulk production to verify the battery, charger, connector and communication system.