Step 1 — Requirement Review
We start by reviewing your application, target voltage, capacity, current, size limit, charging method and destination market.
We help OEM and industrial customers turn application requirements into custom lithium battery pack projects, from early technical review to sample planning, pack assembly coordination, testing support and export documentation.
Practical production resources and engineering support for custom lithium battery pack projects.
Factories
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Daily Export
Choose the area you want to review in detail, from early-stage engineering to manufacturing, testing and export support.
Plan the battery pack around your application, safety requirements and system integration needs.
View Engineering CapabilityMove confirmed battery pack designs into controlled assembly, inspection and batch planning.
View Manufacturing & QCPrepare validation steps and certification documentation based on battery type and target market.
View Testing SupportPlan lithium battery documents, dangerous goods shipping and international delivery requirements early.
View Export SupportWe do not quote a custom battery pack by voltage and capacity alone. We first review how the pack will be used, built, tested and shipped.
We start by reviewing your application, target voltage, capacity, current, size limit, charging method and destination market.
We compare cell, BMS and pack structure options based on safety, performance, cost, lead time and project feasibility.
We prepare a practical sample direction with key assumptions, estimated lead time and required documents.
We coordinate sample pack assembly and use customer validation feedback to adjust the configuration when needed.
After confirmation, we support batch planning, QC checks, export documents and lithium battery shipping coordination.
Custom battery pack projects require more than matching voltage and capacity. PackForge helps customers reduce early design mistakes, select practical components and prepare for real-world production and delivery.
We are not limited to one cell brand or one fixed BMS platform. We compare available cell models, BMS options, discharge needs, communication requirements, lead time and budget before recommending a project direction.
We review how the battery will be used before sample planning, including load profile, charging method, size limits, connector direction, communication needs and destination market.
For qualified projects, we organize assembly notes, cell batch information, BMS settings, test records and packing details to support project traceability.
This matrix shows what PackForge can support for a custom battery pack project, and the conditions that affect each capability area.
| Capability Area | Supported Scope | Project Notes |
|---|---|---|
| Cell Selection | LiFePO4, NMC, 18650, 21700 and prismatic cell options | Based on current, size, cycle life, safety, cost and lead time |
| BMS Configuration | Protection, balancing and communication options | CAN / RS485 / UART / Bluetooth depends on system requirements |
| Pack Structure | Cell layout, enclosure, harness and connector planning | Requires size limits, drawings or installation requirements |
| Prototype Support | Sample pack assembly and validation support | Timeline depends on material availability and design complexity |
| Manufacturing Coordination | Pack assembly, BMS integration, QC and batch planning | MOQ and lead time depend on configuration |
| Testing Support | Capacity, charge/discharge, BMS function and basic validation tests | Third-party testing can be coordinated when required |
| Certification Documentation | UN38.3, MSDS / SDS, CE / UL planning if needed | Final scope depends on target market and certification responsibility |
| Export Support | Invoice, packing list and DG shipping coordination | Destination, carrier policy and battery classification apply |
PackForge is best suited for OEM and industrial customers with clear application requirements, technical parameters and long-term supply potential.
Battery systems for instruments, cleaning equipment, backup devices and professional industrial equipment.
Explore Solution →LiFePO4 packs and modules for solar storage, backup power systems and commercial energy storage applications.
Explore Solution →Battery packs for e-scooters, e-bikes, light EVs and low-speed mobility platforms.
Explore Solution →Compact packs for portable instruments, field testing devices, monitoring equipment and mobile professional tools.
Explore Solution →Share complete project information so we can review feasibility, configuration direction, sample planning and export requirements faster.