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24V 48V LiFePO4 Aerial Work Platform Battery 105Ah 280Ah for Scissor Lifts

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24V 48V LiFePO4 Aerial Work Platform Battery 105Ah 280Ah for Scissor Lifts

Minimum Order Quantity :	2 Packs	Price :	Negotiable
Packaging Details :	Each battery is packed in a protective PE bag with foam cushioning and a strong export carton. Wooden cases or pallets are available for bulk orders.	Delivery Time :	25–35 Working Days
Supply Ability :	2,000 Pieces per Month

Place of Origin:	Hunan,China	Brand Name:	Chalongfly
Certification:	UN38.3, MSDS	Model Number:	CLF-AWP-24V48V-105-280Ah

Product Description

Product Description

Aerial Work Platform Lithium Power

24V 48V LiFePO4 Aerial Work Platform Battery

Industrial lithium battery solutions for scissor lifts, boom lifts and aerial work platforms with smart BMS, high-current output and lead-acid replacement engineering.

Built for Aerial Work Platforms

The Chalongfly LiFePO4 aerial work platform battery series is engineered for electric scissor lifts, boom lifts, vertical mast lifts and other mobile elevating work platforms requiring reliable traction and hydraulic power.

Standard reference configurations include 25.6V 105Ah, 51.2V 105Ah and 51.2V 280Ah, covering energy requirements from 2.688kWh to 14.336kWh.

Battery voltage, current, enclosure, connector, charger, monitoring and mechanical integration can be configured according to the target machine.

Reference Battery Configurations

Specification	25.6V 105Ah	51.2V 105Ah	51.2V 280Ah
Nominal Energy	2.688kWh	5.376kWh	14.336kWh
Charge Current	50A	50A	100A
Continuous Discharge	150A	150A	150A
Peak Discharge	300A	300A	300A
Dimensions	448 × 244 × 261mm	472 × 334 × 243mm	722 × 415 × 250mm
Approx. Weight	30kg	45kg	105kg

Smart BMS for Industrial Lift Equipment

Aerial work platforms require stable battery power for drive motors, hydraulic pumps, steering and machine-control systems.

Integrated Smart BMS

BMS protection can include overcharge, over-discharge, over-current, short-circuit, temperature protection and cell balancing.

SOC Monitoring

Battery SOC display and configurable low-energy alarms help operators monitor available working time.

Bluetooth Monitoring

Compatible BMS configurations allow battery status to be checked from a mobile device.

Lead-Acid Replacement Engineering

LiFePO4 batteries can replace compatible lead-acid battery systems in aerial work platforms, but electrical and mechanical compatibility must be evaluated before installation.

System Voltage	Must Match Machine Architecture
Motor / Pump Current	Must Be Within BMS Capability
Battery Compartment	Dimensions and Mounting Must Be Verified
Charger	LiFePO4-Compatible Charger Required
Counterweight	Machine Stability Requirement Must Be Reviewed

Counterweight and Stability Matter

In some aerial work platforms, the original lead-acid battery contributes to machine counterweight and chassis weight distribution.

Important Engineering Check

A lighter lithium battery must not be installed solely because voltage and capacity match. Original battery weight, machine center of gravity, counterweight requirements and manufacturer stability specifications must also be reviewed.

Optional Low-Temperature Heating

A self-heating configuration is available for aerial work platforms operating or charging in cold environments. Final heating strategy depends on minimum temperature, charging conditions, cell specification and BMS configuration.

Typical Applications

Scissor Lifts Lithium traction power for electric mobile elevating platforms	Boom Lifts Battery systems for compatible electric aerial boom equipment
Vertical Mast Lifts Compact industrial battery solutions for indoor maintenance platforms	AWP Retrofit Projects Engineered lithium replacement for compatible lead-acid machine platforms

OEM and ODM Customization

Battery voltage and capacity
BMS continuous and peak current
Battery enclosure dimensions
Mounting points and tray integration
Main power connector
Custom cable harness
SOC display and alarm
Bluetooth monitoring
Optional self-heating
Matched LiFePO4 charger
Logo, label and private-brand packaging

Information Required for Battery Selection

Aerial work platform brand and model
Original battery voltage and capacity
Original battery dimensions and weight
Battery compartment dimensions
Drive motor rated and peak current
Hydraulic pump current
Controller current requirement
Original charger specification
Connector and cable information
Required monitoring or communication functions

Frequently Asked Questions

Which battery configurations are available?

Reference configurations include 25.6V 105Ah, 51.2V 105Ah and 51.2V 280Ah. Other configurations can be evaluated for OEM projects.

Can it replace a lead-acid scissor lift battery?

Yes, after verifying voltage, machine current, charger, battery compartment, connector and counterweight or stability requirements.

Is it a universal drop-in replacement?

No. Mechanical dimensions, battery weight, center-of-gravity requirements and electrical compatibility must be checked for the specific aerial work platform.

Does it support Bluetooth monitoring?

Bluetooth monitoring is available according to the selected BMS configuration.

Is self-heating available?

Yes. A self-heating configuration can be supplied for projects requiring low-temperature charging.

What information is required before ordering?

Please provide the machine model, original battery specification, original battery weight, compartment dimensions, motor and hydraulic pump current, charger, connector and monitoring requirements.

Configure an Aerial Work Platform Lithium Battery

Send Chalongfly your aerial work platform model, original battery voltage, capacity, weight, dimensions, drive and hydraulic current, charger and connector information. Our engineering team will evaluate the correct battery capacity, BMS, enclosure, cable harness, monitoring and lead-acid replacement configuration.

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