24V Battery Product Series

24V LiFePO4 Batteries for Equipment, Backup and Replacement Projects

LFPOWER supplies 24V-class LiFePO4 battery models and supports project review for equipment, backup, mobility and selected lead-acid replacement applications. Product selection should start from the actual load, charging source, available space and operating environment.

Reviewed by: LFPOWER Technical & Export Team Last reviewed: July 26, 2026 Evidence: photographed LFPOWER 3.5Ah and 17Ah models

Voltage class24V LiFePO4 battery platform; confirm the exact nominal voltage and charging limits by model.

Photographed modelsLFPOWER 24V 3.5Ah and 24V 17Ah product images are available on this page.

Project routeStandard model inquiry or custom pack review based on application requirements.

Photographed LFPOWER 24V Models

24V 3.5Ah Battery

Compact 24V-class model for evaluated equipment, portable and backup applications.

Ask for current datasheet

24V 17Ah Battery

Higher-capacity 24V-class model for equipment and project-specific backup or replacement use.

Ask for current datasheet

Custom 24V Pack Review

Discuss capacity, current, BMS, enclosure, wiring, communication, label and packaging for a defined project.

View OEM/ODM process

Common 24V Application Directions

Equipment power

Industrial and commercial equipment after voltage, current, controller and connector confirmation.

Backup power

Standby systems where runtime, charging, communication and installation conditions are defined.

Mobility applications

Selected small mobility equipment after motor, controller, peak-current and mechanical checks.

Lead-acid replacement

24V lead-acid system upgrades after reviewing the complete series configuration and charger.

Buyer Information Required

Requirement	Details to provide	Selection impact
Equipment	Application, model, controller and load profile.	Defines voltage compatibility and protection needs.
Current	Continuous current, peak current and surge duration.	Influences cells, BMS, conductor, terminals and thermal design.
Charging	Charger model, voltage, current and operating method.	Confirms charging compatibility and settings.
Mechanical interface	Maximum dimensions, mounting, cable exit and connector.	Determines whether a standard model or custom enclosure is needed.
Commercial scope	Sample, quantity, destination, label, packaging and documents.	Defines quotation, evaluation and shipment preparation.

Verification Before Quotation

Model-specific datasheetConfirm nominal voltage, capacity, current limits, dimensions, weight and operating conditions.

Product photosReview the actual LFPOWER model appearance, label and available packing presentation.

Application reviewMatch the charger, load, connector, installation and environment before replacement.

Available documentsConfirm required reports and shipment documents against the exact offered battery.

24V LiFePO4 Battery Questions

What information is needed to select a 24V LiFePO4 battery?

Provide the equipment, target voltage and capacity, continuous and peak current, charger, installation space, connector, quantity and destination.

Can a 24V LiFePO4 battery replace two 12V lead-acid batteries?

It may be possible, but the full system voltage, charger, peak current, wiring, space and equipment controls must be reviewed rather than assuming a direct replacement.

Does LFPOWER support custom 24V battery packs?

LFPOWER can discuss capacity, current, BMS, enclosure, wiring, terminals, label and packaging after receiving a clear application requirement.

Request a 24V Battery Recommendation

Send the equipment, load current, required runtime, charger, installation size, connector, quantity and destination country.

Ask About 24V Batteries