LiFePO4 battery packs and energy storage, engineered for worldwide markets
Origin Drive Future builds LiFePO4 battery packs, swappable packs and energy storage systems for fleet operators, distributors, EPC contractors and OEM partners. We quote from the factory and issue documents against the UN38.3 and IEC 62619 target standards. Engineering support runs from your first sample to mass production.
Eight LiFePO4 product lines, one factory
From swappable packs for two- and three-wheelers to containerised commercial storage.
Battery Swapping Packs
Origin Drive Future swappable LiFePO4 battery packs are built for battery-exchange networks serving electric two- and three-wheelers. Larger capacities can be customised per project.
Learn more
E-Motorcycle & E-Scooter Batteries
E-motorcycle and e-scooter packs from Origin Drive Future deliver traction power for two- and three-wheelers used in city commuting, delivery and passenger transport. Larger capacities can be customised per project.
Learn more
Residential Energy Storage
Origin Drive Future residential energy storage systems store solar generation for evening use and provide backup during grid outages. Larger capacities can be customised per project.
Learn more
Commercial & Industrial Energy Storage
Commercial and industrial energy storage from Origin Drive Future covers 100 kWh battery cabinets, 215 kWh liquid-cooled systems and 500 kWh containerised platforms. Larger capacities and containerised configurations can be customised per project.
Learn more
Parking & Start Batteries
Parking and start batteries from Origin Drive Future replace lead-acid units in trucks, buses and heavy vehicles. Larger capacities can be customised per project.
Learn more
LiFePO4 Cells & Custom Packs
Origin Drive Future supplies prismatic LiFePO4 cells and custom battery packs to battery assemblers, integrators and OEMs. Cell formats and pack capacities can be customised per project.
Learn more
Agricultural Machinery Batteries
64V 50Ah LiFePO4 traction packs for electrified agricultural machinery — 3.2 kWh, 4,000 cycles, and a shared 64V platform with low-speed electric vehicles. Larger capacities can be customised per project.
Learn more
Portable Power Stations
220V portable power stations from 0.3 to 4 kWh for field crews, mobile workshops and rural backup where the grid does not reach. Larger capacities can be customised per project.
Learn moreBuilt around how your site actually operates
Six reference architectures, each with a matching bill of materials, protection strategy and commissioning checklist.
Battery Swapping Network Solution for Two- and Three-Wheeler Fleets
Standardised LiFePO4 swap packs, station hardware and BMS telematics for battery-as-a-service network operators.
Learn moreOff-Grid and Mini-Grid Solar Storage Solution
LiFePO4 storage banks and hybrid inverters for rural electrification, health clinics, schools and village mini-grids.
Learn moreTelecom Base Station Backup Power Solution
LiFePO4 backup banks and remote BMS monitoring to replace diesel gensets at off-grid and unreliable-grid telecom sites.
Learn moreTwo- and Three-Wheeler Fleet Electrification Solution
Fleet-grade battery packs, charging hardware and data support for delivery, ride-hailing and urban logistics operators.
Learn moreCommercial and Industrial Peak Shaving Solution
Containerised and cabinet BESS for tariff arbitrage, demand charge reduction and load-shedding resilience.
Learn moreOEM and ODM Battery Manufacturing Partnership
Custom packs, BMS firmware, enclosures and private-label programmes for distributors and battery brands. Cells are procured direct from major Chinese cell makers including EVE Energy, Gotion High-tech and CALB.
Learn moreEight reasons buyers switch to us
Cell-to-system accountability
We buy, grade and match cells ourselves, drawing on major Chinese cell makers including EVE Energy, Gotion High-tech and CALB, then weld, assemble and test the finished pack in one plant. No orphaned supply chain when something needs to be traced.
Protection engineered in, not bolted on
Every BMS is configured for the target vehicle or site: over/under-voltage, over-current, short circuit, over-temperature, cell balancing and secondary cut-off are validated as a set.
Export paperwork that clears customs
Documentation against our compliance target standards – UN38.3, IEC 62619, CE and RoHS – plus commercial invoice and packing list prepared to your broker’s format.
Traceability by serial number
Each pack carries a serial number tied to its cell batch, BMS firmware version, weld parameters and end-of-line test record, retrievable for the life of the product.
Pilot and sample programmes
Start with one evaluation unit, then a 20-unit pilot batch for your own field test, then scale to container volumes on the same specification.
Engineering support in your timezone
Technical contacts across time zones cover WhatsApp, WeChat and email across overlapping hours, so a site issue does not wait overnight.
Total cost modelling, not just unit price
We model cycle life, depth of discharge and replacement interval against your tariff or fuel baseline so the comparison against lead-acid or diesel is honest.
In-house abuse and life testing
Overcharge, forced discharge, nail penetration, crush, vibration, thermal shock and 1,000-cycle capacity retention are run in-house before a design is released.
Scenarios we configure for
Typical deployments across e-mobility, storage, telecom and industrial power — described by requirement and configuration, not by named customers.
Swappable LiFePO4 for Lead-Acid Fleet Retrofits
How a rider-operated two-wheeler fleet moves off lead-acid: swap-ready LiFePO4 packs, telemetry over CAN/RS485 and swap-station integration, sized to fit an existing controller envelope.
Learn more
Home Storage Standardised for Off-Grid and Weak-Grid Households
Standardising an off-grid household portfolio on one wall-mount LiFePO4 platform — replacing mixed lead-acid and short-life lithium, and aligning installation and service practice around a single product family.
Learn more
Converting a Three-Wheeler Cargo Fleet to LiFePO4
Electrifying a three-wheeler cargo fleet with LiFePO4 traction packs and depot charging: what the duty cycle demands, and how pack, charger and BMS are matched to it.
Learn moreFrom enquiry to container in five steps
A predictable path, with a written checkpoint at every stage.
Enquiry & scoping
Send voltage class, capacity, quantity and target market. We confirm feasibility and flag any certification gap within one working day.
Specification & quotation
You receive a datasheet-level specification, BOM summary, compliance list and FOB price with lead time.
Sample & validation
A pilot unit is built on the production line, tested end-of-line, and shipped with its own test report for your field trial.
Pilot batch
Small-volume production confirms yield, packaging and documentation before you commit to container quantities.
Mass production & shipping
Serialised production, AQL inspection, UN38.3 packing and full export documentation issued before the container leaves.
Markets we quote for and ship to
We quote and ship worldwide. Certification and documentation are confirmed against the requirements of each destination, per order.
Asia-Pacific
Southeast Asia, South Asia, East Asia, Australia and New Zealand
Europe, Middle East & Africa
EU and UK, Gulf states, North and West Africa
The Americas
North America, Latin America and the Caribbean
Ready to discuss your project?
Send the voltage platform, capacity, quantity and destination port, and we return the model, the unit price and the delivery date. Drawings or a sample pack help us confirm fitment.