Forklift Lithium Battery Manufacturer | OEM/ODM Battery Solutions

Forklifts used in warehouses, factories, logistics centers and material handling operations require a battery system that matches the vehicle's electrical and mechanical requirements. A lithium battery pack is not selected by voltage and capacity alone. Cell chemistry, discharge current, BMS functions, charger compatibility, communication protocol, enclosure dimensions and operating conditions all affect the battery design.

FirstPower provides custom lithium battery pack OEM/ODM services for electric forklifts, pallet trucks, stackers, tow tractors and other material handling equipment. With 14 years of lithium battery pack experience, our engineering team supports projects from requirement confirmation and battery design to sampling, testing and mass production.

Custom Lithium Batteries for Forklifts

Forklift battery specifications vary according to vehicle power, load, working hours and installation space. We develop battery packs based on the equipment's actual requirements.

Common configurations include:

• 24V lithium battery packs

• 36V lithium battery packs

• 48V lithium battery packs

• 51.2V LiFePO4 battery packs

• Custom Ah and kWh capacity

• Custom battery dimensions

• CAN, RS485 and UART communication

• Customized connectors and cables

• Customized BMS parameters

• Customized enclosure and mounting structure

The battery configuration is determined according to the forklift motor, controller, charger, operating current and available installation space.

LiFePO4 Forklift Battery Design

LiFePO4 batteries are used in various industrial applications where stable operation, cycle performance and thermal characteristics are considered during system design.

For a forklift battery project, engineers normally evaluate:

Cell → Series/Parallel Configuration → Voltage → Capacity → Current → BMS → Charger → Communication → Enclosure

For example, a 48V battery system can be configured with different Ah capacities depending on the forklift's operating schedule and energy requirements. The required discharge current should also be checked against the motor controller and expected load.

Selecting a battery only by Ah may result in an unsuitable power system. Current requirements, charging conditions and mechanical compatibility should be confirmed before production.

Forklift Battery BMS

The Battery Management System monitors cell and pack operating conditions during charging and discharging.

Depending on the project requirements, the BMS can include:

• Overcharge protection

• Over-discharge protection

• Over-current protection

• Short-circuit protection

• Over-temperature protection

• Cell voltage monitoring

• Cell balancing

• SOC monitoring

• Fault detection

• CAN communication

• RS485 communication

• UART communication

BMS parameters can be configured according to the battery cells, charger, controller and application requirements.

For OEM projects, communication between the battery and forklift controller can be evaluated during the development stage.

Battery Structure and Installation

A forklift battery must fit the available battery compartment and connect correctly with the vehicle and charger.

Our engineering process can include customized:

• Battery length, width and height

• Enclosure structure

• Mounting points

• Handle design

• Connector position

• Cable routing

• Display position

• Service access

• Protection and sealing requirements

A 3D battery structure can be developed during the design stage to help confirm installation dimensions before sampling.

For applications exposed to dust, vibration or outdoor conditions, enclosure requirements can be incorporated into the battery design according to the operating environment.

Forklift Lithium Battery Manufacturing Process

A custom forklift battery project normally follows several stages.

1. Requirement Confirmation

Customers provide information such as forklift model, battery voltage, required capacity, operating current, dimensions, connector type, charger specifications and communication requirements.

2. Electrical Design

Engineers determine the cell configuration, battery voltage, capacity, current capability and BMS requirements.

3. Structural Design

The enclosure, mounting structure, connectors, cables and internal layout are designed according to the available installation space.

4. Prototype Production

A sample battery is assembled for functional and installation verification.

5. Testing

Testing may include cell inspection, internal resistance testing, capacity testing, charge/discharge testing, BMS protection testing, communication testing, aging testing and final inspection.

6. Mass Production

After the sample and technical specifications are confirmed, production follows the approved battery configuration and quality requirements.

Battery Quality Control

Lithium battery quality depends on cell consistency, assembly processes, electrical protection and finished-pack testing.

Our production process includes quality checks at different stages, including:

• Incoming cell inspection

• Cell voltage and internal resistance testing

• Cell matching

• Welding inspection

• BMS testing

• Charge and discharge testing

• Capacity verification

• Protection-function testing

• Aging testing

• Final inspection

For customized projects, testing items can be discussed according to the customer's technical specifications and application requirements.

OEM/ODM Forklift Battery Manufacturer

We provide customized battery development for forklift manufacturers, equipment companies, distributors and industrial users.

Customization can cover:

Battery Cells + Voltage + Capacity + BMS + Structure + Connector + Cable + Communication + Label + Packaging

The OEM/ODM process allows the battery design to be developed around the customer's equipment instead of relying on a fixed battery structure.

Our team can support prototype development, sample testing and batch production according to the project requirements.

Forklift Battery Applications

Custom lithium battery packs can be designed for:

• Electric forklifts

• Pallet trucks

• Pallet jacks

• Walkie stackers

• Reach trucks

• Tow tractors

• Warehouse equipment

• Material handling equipment

• AGV and AMR systems

For multi-shift operations, battery capacity can be evaluated according to daily operating hours, load conditions, charging time and available charging infrastructure.

Request a Custom Forklift Battery Solution

If you are sourcing a lithium battery for a forklift or developing a new material handling vehicle, provide the required voltage, capacity, current, battery dimensions, forklift model and charger information.

Our engineering team can review the requirements and develop a battery solution covering cell selection, electrical configuration, BMS, mechanical structure, 3D design, prototype production and testing.

Dongguan YIZHAN Electronics Technology Co., Ltd. supports lithium battery pack OEM/ODM projects for industrial and material handling equipment.