Custom LiFePO4 Battery Packs | Direct OEM Manufacturer
Stop compromising your product design. We engineer purpose-built lithium iron phosphate (LFP) solutions, perfectly matching your exact spatial limits, power demands, and safety standards.
- ✅ 100% Premium Grade-A LFP Cells
- ✅ Smart BMS Integration (CANbus/RS485/Bluetooth)
- ✅ >6,000 Ultra-Long Cycles @ 80% DOD
- ✅ Absolute Safety & No Thermal Runaway
Your Integrated Partner for Custom LiFePO4 Solutions
Sourcing power for industrial or commercial projects requires exact specifications, not compromises. As a dedicated China source supplier, we integrate top-tier manufacturing resources to engineer custom LiFePO4 battery packs designed for maximum thermal stability and extended cycle life.
Whether you need a 12V drop-in replacement for RVs and marine applications, a robust 24V system for AGVs and industrial floor scrubbers, a 36V/48V setup for golf carts, or high-voltage scalable modules for residential energy storage and commercial energy storage systems (BESS), we build to your exact spatial and continuous discharge requirements.
By partnering with an integrated turnkey supplier, you streamline your supply chain. We handle the rigorous cell sorting, BMS matching, and strict quality control, giving you direct access to premium OEM/ODM solutions without the headache of managing multiple overseas assembly lines.
Engineer Your Custom LiFePO4 Battery Solution
Stop compromising with off-the-shelf power. As a dedicated supply chain integrator, we translate your technical requirements into reliable, mass-producible battery packs. Here is exactly what we customize for your project:
Scalable Voltage & Capacity
We analyze your peak power demands to configure the exact S/P cell strings for your application. Whether it's a 12V/48V system or a high-voltage BESS architecture, we maximize the deep cycle capacity (Ah) within your specific spatial footprint.
Advanced BMS & Communications
Our team integrates a custom BMS (Battery Management System) tailored to your specific charge and discharge parameters. We program intelligent ICs to ensure seamless device communication via CANBus, RS485, SMBus, UART, or I2C.
Structural Housing & Enclosures
We design housings that perfectly fit your device’s battery compartment. Depending on your working environment, choose from lightweight PVC shrink wrap, durable IP67-rated ABS plastic casings, or heavy-duty sheet metal and extruded aluminum enclosures.
Wiring Harnesses & Connectors
We deliver your custom LiFePO4 battery pack 100% plug-and-play ready. Specify your exact cable gauges (AWG) and choose from standard connectors including Anderson Plugs, XT60/XT90, QS8, FPC, or heavy-duty M8/M10 copper terminals.
Inside the Pack: Premium Components & Traceable Assembly
Customization is just the surface. The true lifespan of a custom LiFePO4 battery pack depends entirely on its raw materials. We leverage our deep industry network to bypass lower-grade markets, directly integrating authentic components from global leaders. From individual cell sorting to final SMT assembly, we maintain strict quality control for your bulk wholesale orders.
Here is the hardware foundation we use to build your power solutions:
1. The Foundation: Grade A Cells & Chemistry
We do not compromise on consistency. We source directly from industry-leading manufacturers like CATL, BYD, EVE, CALB, and A123 to ensure stable internal resistance and balanced voltage.
Prismatic Cells: High-capacity aluminum shell options (50Ah to 500Ah) engineered for large-scale energy storage and heavy traction.
Cylindrical Cells: Reliable formats like 18650, 26550, 32700, and 32140 (2Ah-20Ah) for compact or irregular battery compartments.
Cycle Life & Form Factor: Delivering 4,000 to 6,000+ cycles at 80% DOD. Fully scalable for 12V/24V/48V drop-in replacement designs to upgrade heavy SLA batteries.
2. The Brain: Intelligent BMS & Communications
Premium cells require trustworthy protection against overcharge, short circuits, and thermal runaway.
Top-Tier Components: We utilize reliable ICs and MCUs from global leaders like TI, STMicroelectronics, SEIKO, and RICOH.
Smart Protocols: We program the BMS to “talk” seamlessly with your equipment’s main controller. Supported protocols include CANBus, RS485, SMBus, UART, and I2C, with optional Bluetooth, GPS, and NTC thermistors for real-time tracking.
3. The Armor: Structural Fit & Traceable Assembly
Your custom OEM lithium solution is designed to survive its specific operating environment.
Custom Enclosures: We match the housing to your needs—offering lightweight PVC shrink wrap, robust IP-rated plastic casings, and heavy-duty sheet metal or steel housings.
Mechanical Fit: Our engineers provide precisely routed wire connectors, FPC connectors, and specific Pin terminals to fit your exact battery room.
Quality Control: Assemblies are processed through advanced SMT facilities and tracked via MES (Manufacturing Execution Systems), ensuring stable traceability and reliable lead times.
4. The Seal: Secure Transit & OEM Branding
A premium battery must survive global transit and arrive ready for your distribution channels. We engineer custom packaging solutions that protect heavy lithium payloads and elevate your brand presence.
Industrial Protection: We utilize heavy-duty UN-rated cartons paired with custom-molded EPS foam inserts or blister packaging. This ensures zero internal movement, protecting your custom LiFePO4 battery packs from vibration, impact, and accidental short circuits during sea or air freight.
Private Label Solutions: As a true turnkey partner, we deliver your products retail-ready. We offer complete OEM branding, including custom silkscreen logos on the casing, customized color boxes, printed user manuals, and specific barcode labels for seamless inventory management.
Shipping Compliance: All packaging strictly adheres to Class 9 dangerous goods regulations. We provide the necessary UN38.3 and MSDS documentation to guarantee hassle-free global customs clearance for your bulk wholesale orders.
From Concept to Deployment: Your Custom LiFePO4 Project in 4 Steps
Engineered for Every Environment: Core Applications
Off-the-shelf batteries rarely meet the complex power demands of specialized industrial equipment. As your dedicated supply chain integrator, we design custom LiFePO4 battery packs tailored to the exact discharge profiles and spatial constraints of your sector. Whether you are replacing heavy SLA (lead-acid) systems or prototyping next-generation technology, Here is a look at just a few of the demanding sectors we reliably power every day:
Residential & Commercial Solar Energy Storage
Heavy-Duty Power for AGVs, AMRs & Robotics
High-Performance Lithium Upgrades for Golf Carts
Reliable Deep Cycle Solutions for Marine & RVs
Traction Power for Floor Scrubbers & Sweepers
Certified for Global Compliance & Export
Navigating international battery regulations can be complex. Our custom packs and manufacturing facilities comply with the strictest global safety and shipping standards, ensuring seamless market entry worldwide.












A: Our LiFePO4 battery packs are engineered to deliver between 4,000 and 6,000 cycles at 80% Depth of Discharge (DOD). In most industrial and energy storage applications, this translates to a reliable operational lifespan of 10 to 15 years, significantly outlasting traditional lead-acid alternatives.
A: Yes. Lithium Iron Phosphate (LiFePO4) chemistry is inherently highly stable. It is highly resistant to thermal runaway and will not catch fire or explode even if punctured or overcharged. We further enhance safety by integrating a customized smart BMS.
A: Absolutely. We design 'drop-in replacement' custom LiFePO4 battery packs that match the exact voltage and physical dimensions of standard SLA/AGM batteries. You get double the runtime at half the weight, usually without needing to change your existing equipment infrastructure.
A: As a dedicated supply chain integrator, we support flexible scaling. For initial prototyping and testing, we can provide MOQs as low as 1-5 units. For bulk wholesale production, our standard MOQ typically ranges from 10 to 100 units depending on the specific voltage and capacity requirements.
A: After finalizing the technical specifications and BMS programming, custom prototypes are generally completed within 15 to 20 days. For mass production orders, our lead time is typically 30 to 45 days, supported by our advanced SMT facilities and assembly lines.
A: Yes, we handle all compliance for Class 9 dangerous goods. We provide complete testing reports and certifications, including UN38.3, MSDS, and sea/air freight transport appraisals, ensuring your battery packs pass global customs and logistics smoothly.










