BYingPower helps battery brands, distributors, equipment dealers and system integrators develop market-ready LiFePO4 battery packs—from private-label versions of proven platforms to fully customized battery systems.
Application, electrical load, installation space and market needs reviewed before quotation.
Dimensional fit, BMS functions, charging and performance can be checked before bulk production.
Labels, cartons, manuals, datasheets and agreed market-facing materials.
Approved specifications support controlled manufacturing and repeat-order consistency.
OEM/ODM buyers need a supplier that can translate battery requirements into a controlled, reviewable production specification.
BYingPower combines battery configuration review, BMS and mechanical customization, sample development, testing support, private-label execution and repeat manufacturing for B2B battery projects.
Configure voltage, capacity, discharge performance, BMS, casing, terminals, connectors, wiring and charger compatibility around the application.
Project-based support can include BMS checks, charge/discharge testing, capacity verification, aging tests and model-specific documentation review.
Move from approved sample to repeat production with controlled specifications, branded labels, cartons, manuals and pre-shipment checks.
Separating the two routes early helps buyers control engineering time, development cost and launch risk.
Best for brands, distributors and dealers that want to start from a proven LiFePO4 battery platform and customize selected commercial or technical elements.
Best for equipment integration and new product projects that require electrical, mechanical or communication design around a defined application.
| Capability | Available Project Scope |
|---|---|
| Battery Platforms | 12V, 24V, 25.6V, 48V, 51.2V, 76.8V and project-specific configurations. |
| Electrical Customization | Voltage, capacity, energy, charge current, continuous current, peak current and protection thresholds. |
| BMS Options | Standard or smart BMS, Bluetooth, CAN, RS485 and project-based monitoring or protection functions. |
| Mechanical Design | Casing, dimensions, mounting, handles, terminals, connectors, display position and cable layout. |
| Environmental Options | Low-temperature heating, waterproofing and application-specific protection requirements. |
| Testing Support | Cell matching, BMS testing, charge/discharge testing, aging, capacity verification and pre-shipment inspection. |
| Private Label | Logo, labels, cartons, manuals, datasheets, warranty cards and agreed sales materials. |
| Documentation | Approved specifications, manuals, MSDS, UN38.3-related files and market-specific support where applicable. |
Choose a battery development route according to the equipment, market, voltage platform and product launch requirements.
Battery programs for dealers, repair networks, fleets and distributors, with smart BMS, Bluetooth, charger matching and branded kits.
View Golf Cart Batteries →
Configure capacity, footprint, terminal orientation, heating, monitoring and charger compatibility for mobile and stationary power systems.
View RV Batteries →
Equipment-specific voltage, current, enclosure, communication, charging and branded production for industrial battery buyers.
View Forklift Batteries →
A custom battery project should move through defined review gates so the approved sample, technical specification, branding and production configuration remain aligned.
Confirm application, load, dimensions, BMS, communication, charger and target market before sampling.
Review installation fit, charge/discharge performance, BMS functions, communication and user-facing details.
Approve specifications, drawings, labels, packaging and acceptance criteria before bulk manufacturing.
Repeat orders follow the approved configuration; material or design changes should be reviewed before implementation.
Testing and document availability depends on the battery model, customization scope, destination market and shipping route. Confirm the required evidence during technical review—not after production.
Common technical and commercial questions buyers should resolve before sampling and mass production.
Provide the application, target voltage, capacity, continuous and peak current, available dimensions, terminal or connector requirements, charging method, communication needs, operating environment, quantity and destination market. Equipment drawings can reduce engineering revisions.
OEM normally starts from an existing battery platform and adds branding, packaging or selected specification changes. ODM involves deeper engineering around electrical performance, BMS, enclosure, terminals, communication and equipment integration.
Yes. Sample development is recommended for dimensional verification, charger matching, communication, heating, high-current performance or new mechanical designs. Sample scope and acceptance criteria should be agreed before production.
Project-based CAN and RS485 options may be reviewed. Provide the target equipment, protocol requirements, communication parameters and existing integration documents for engineering assessment.
Availability depends on the exact battery model, target country and customization scope. Requirements related to MSDS, UN38.3, CE, RoHS and other project-specific files should be confirmed before ordering.
Yes. Logo placement, labels, cartons, manuals, datasheets and warranty cards can be included. Artwork responsibilities, languages, claims and approval timing should be defined during project confirmation.
Send your target voltage, capacity, application, dimensions, branding needs, documentation requirements and expected order volume. The team can recommend the most suitable OEM or ODM route.
Provide the information below so the technical and commercial review can focus on the real project requirements.