FACTORY-DIRECT / OEM & ODM / SINCE 200672V lithium batteries.
72V lithium batteries.
Power for demanding work.
LiFePO4 battery systems for heavy-duty forklifts, logistics vehicles, large AGVs and utility trucks. Match the capacity, high-current output and control interface to the work your equipment needs to do.
Industrial-grade cells, intelligent BMS control and a modular architecture combine high energy density, faster charging and minimal maintenance for continuous industrial operation.
72V LiFePO4 PLATFORM24S
Proposed design reference
50Ah–200Ah catalogue rangeFactory-direct supply · OEM / ODMCapacity · Enclosure · BMS · Charging
CHOOSE YOUR STARTING POINTChoose your capacity.
Choose your capacity.
Build around the duty cycle.
Explore the 72V lithium battery range from 50Ah to 200Ah. Start with required runtime, then review sustained load, acceleration or lifting peaks, installation space and charging windows.
Need a different pack? Our industrial customization range includes 120Ah–240Ah systems and master-slave BMS integration. Catalogue capacities and engineering examples are separate configuration starting points.
Customize your batteryUNDERSTAND THE PLATFORMA 72V platform.
A 72V platform.
76.8V nominal voltage.
The LiFePO4 platform shown here uses 24 cells in series (24S). Its nominal voltage is 76.8V; the 150Ah design reference stores 11.52kWh of nominal energy.
Designed for high torque, long range and robust thermal stability, this platform supports forklifts, logistics vehicles, large AGVs/AMRs, construction equipment and utility platforms. Contactor control and comprehensive BMS diagnostics support safety and uptime, while modular design allows scalable energy and rapid service.
- System class
- 72V
- Nominal voltage
- 76.8V
24S LiFePO4 · 24 cells in series
76.8V × 150Ah = 11.52kWh
Sustained output
Specify continuous current and short peak demand separately for lifting, acceleration and loaded travel.
Charging windows
Match the lithium charger, BMS handshake and available breaks to your operating shifts.
Fleet integration
Connect vehicle diagnostics, SOC/SOH data and service tools through the required communication profile.
Confirm the full voltage window, controller, charger and communication profile. A 72V label alone does not establish equipment compatibility.
Lithium charger87.6V profile · CAN handshake
↔24S battery + BMSPre-charge · contactor · diagnostics
↔Vehicle controllerLoad demand · SOC/SOH · fault data
System relationship diagram. Wiring and protocol details are defined for each project.
ENGINEERING REFERENCEA clear specification
A clear specification
for your engineering review.
The 150Ah reference below is a proposed configuration for project discussion, not a released model datasheet. Performance targets and options require engineering validation; final ratings are confirmed for your selected pack.
Compare typical capacity options
Engineering options from the 72V technical range; targets require model-specific validation. Confirm the peak-current duration for each pack. On narrow screens, scroll the table horizontally.
| Capacity | Energy | Continuous | Peak | Selection |
|---|---|---|---|---|
| 120Ah | 9.22kWh | 200A | 500A | Engineering option |
| 150Ah | 11.52kWh | 250A | 600A | Reference design |
| 180Ah | 13.82kWh | 300A | 650A | Engineering option |
| 200Ah | 15.36kWh | 300A | 700A | Engineering option |
Electrical design reference · 150Ah
| Chemistry | LiFePO4 (24S) |
|---|---|
| Nominal Voltage | 76.8 V |
| Nominal Capacity | 150 Ah (120/180/200/240 Ah optional) |
| Energy | 11.52 kWh (72V150Ah) |
| Internal Resistance | Confirm for the selected cells, busbars and BMS configuration |
| Continuous Discharge Current | 250 A design target; validate against the duty cycle |
| Peak Discharge Current | 600 A for 10 s design target; subject to cell and BMS validation |
| Continuous Charge Current | 75 A recommended (0.5C); up to 100 A (0.67C) subject to project validation |
| Charge Cut-off Voltage | 87.6 V ± 0.3 V |
| Discharge Cut-off Voltage | 60–64 V (BMS adjustable) |
| Parallel / Series | Parallel packs with master BMS; series not typical |
| Self-Discharge | ≤ 3%/month |
BMS & Communication
| Architecture | High-voltage BMS with contactor, pre-charge, HVIL |
|---|---|
| Protections | OVP/UVP, OCP, SCP, OTP/LTP, isolation monitoring |
| Communication | CAN (vehicle bus), RS485; SOC/SOH, diagnostics |
| Functions | Event log, charger handshake, service tool interface |
| Balancing | Active balancing recommended |
Mechanical & Interface
| Enclosure | Welded steel/aluminum; anti-vibration; serviceable |
|---|---|
| Ingress Protection | IP65/IP67 per application |
| Size & Weight | Custom; 72V150Ah typically 70–90 kg |
| Terminals | High-current connectors, M10/M12 busbar |
| Handling | Lift points / forklift pockets / rails |
Environmental & Lifetime
| Cycle Life | 4000+ cycles at 80% DOD design target; confirm temperature, C-rate and end-of-life criterion |
|---|---|
| Discharge Temperature | -20 ~ 60°C |
| Charge Temperature | 0 ~ 55°C (self-heating option) |
| Storage Temperature | -20 ~ 45°C |
| Humidity | ≤ 95% RH |
| Cooling | Natural; base-plate cooling optional |
Charging Solutions
| Charger | 87.6V lithium charger; CAN/vehicle bus |
|---|---|
| Strategy | 0.5C recommended; up to 0.67C for the 150Ah reference, subject to validation. Fast and opportunity charging by project. |
| Swap/Onboard | Swap racks; onboard high-power charger |
Reliability Tests & Compliance
| Transport | UN38.3 |
|---|---|
| Safety / Performance | IEC 62133-2 (cell); UL 2271/1973 optional |
| EMC / Regulations | CE (EMC/LVD), RoHS/REACH |
| Protection | IP65/IP67 |
| Mechanical | IEC 60068 vibration & shock; forklift drop tests |
| Environmental | Temperature cycling; salt spray optional |
| Quality | 100% EOL, aging, traceability |
Services & Support
| Engineering | Custom voltage/capacity/casing/HV-BMS |
|---|---|
| Telematics | 4G/Ethernet, fleet platform integration |
| Warranty | Configurable warranty, on-site service options |
| Documentation | Datasheets, wiring, MSDS, compliance reports |
OEM & ODM ENGINEERINGIntegrate the battery
Integrate the battery
with the whole vehicle.
For forklifts, logistics trucks and construction vehicles, capacity is only part of the design. Tailor power, endurance and system intelligence around continuous operation and your fleet electrification programme.
Voltage & capacity
Configure the 72V system from 120Ah to 240Ah. Master-slave BMS control supports multi-pack projects and scalable energy.
Enclosure & installation
Specify industrial steel or aluminum housings, forklift slots and reinforced corners. Match mounting, handling and service access to the vehicle.
BMS & diagnostics
Integrate contactor control, isolation monitoring and CAN diagnostics with your vehicle controller and service tools.
Environmental protection
Select IP65/IP67 protection, anti-corrosion treatment and optional thermal management for the operating environment.
Charging compatibility
Match the 87.6V lithium charging profile, onboard industrial DC chargers and fast-charging options to the approved pack configuration.
OEM/ODM & fleet data
Combine private labeling with telematics integration for OEM products and fleet operations.
APPLICATION FITDifferent equipment.
Different equipment.
A complete system review.
Industrial transport is the focus of this 72V platform. Robur also supports golf-cart, marine and RV projects; confirm the voltage and installation requirements for each application.
Industrial vehicles
High-torque lithium solutions power forklifts, pallet trucks, AGVs and cleaning machines. Long cycle life, rapid charging and robust construction for high-vibration conditions support efficient, maintenance-free operation.
Specify loaded travel, lifting peaks, shifts, charging breaks and communication. Explore forklift or AGV requirements in more detail.
Explore the application ↗
Golf carts
Long-lasting lithium power delivers consistent performance across 18 holes and beyond. Fast charging and a lightweight design keep fleets ready for players throughout the day.
Confirm the cart model, controller voltage range, mounting space and charger before selecting a 72V pack.
Explore the application ↗
Marine
LiFePO4 batteries deliver safe, reliable energy for electric boats and onboard systems. High energy density, IP67-rated protection and anti-corrosion design address harsh saltwater conditions.
Confirm propulsion or auxiliary-system voltage, required protection and the marine installation.
Explore the application ↗
RV / camper
Lightweight, deep-cycle lithium batteries support solar charging and onboard power. Built-in BMS protection and 4000+ cycles help keep off-grid travel powered.
Confirm the inverter, solar charger and house-system voltage; an RV application does not automatically require 72V.
Explore the application ↗Specifying a large AGV or construction vehicle?
Share the controller model, sustained and peak current, shifts and charging arrangement. Include CAN messages and diagnostics requirements for an integration review.
Discuss your vehicle system ↗ · Explore AGV battery integration ↗PROCUREMENT CONFIDENCEKeep procurement moving.
Keep procurement moving.
From one pack to a fleet.
Manufacturing capacity, testing, delivery and after-sales support all matter when a battery becomes part of your industrial equipment programme.
Manufacturing strength
With 16+ years of lithium battery expertise, 30 automated production lines and 500+ skilled employees, Robur guarantees consistent quality and large-scale capacity for 72V battery supply.
Quality & safety testing
Each battery undergoes comprehensive testing covering UN38.3, IEC, vibration, drop, IP65/IP67 waterproofing and thermal cycling for reliable operation in real conditions.
Engineering flexibility
Our engineers tailor voltage, capacity, casing and BMS communication, including CAN and RS485, to your project requirements.
Global-market requirements
Our batteries meet international standards including CE, RoHS and UL upon request, supporting compliance and customer trust in 100+ countries. Confirm document applicability for the model and market.
Supply-chain efficiency
Stable raw-material supply and optimized logistics support standard products shipped within 24 hours, typical custom projects in 7–15 days and large custom orders in 25–35 days. The quotation confirms your schedule.
Long-term partnership
Extended warranties, local technical support and OEM/ODM cooperation help you support customers and grow your battery business. Agree warranty and service coverage for your project.
PROJECT DELIVERYFrom load requirements
From load requirements
to dependable supply.
Engineering, sample testing and production control connect your operating requirements to an efficient, safe and precise delivery process.
STAGE 01 / 04
Define the duty cycle
We review the application—industrial vehicle, golf cart, marine or another system—and define performance, capacity and installation dimensions.
Our engineers develop a tailored battery design for international standards and long-term reliability, including the load profile and vehicle interfaces.
STAGE 02 / 04
Validate in operation
Samples are developed rapidly to the confirmed specification, followed by in-house cycle-life, safety and environmental testing.
On-site customer testing support helps ensure stable performance under real operating conditions.
STAGE 03 / 04
Control production quality
30 automated production lines operate under ISO/IATF quality systems for consistency and reliability.
Every battery is inspected for capacity, internal resistance, BMS functions and appearance.
STAGE 04 / 04
Deliver and support
Standard products ship within 24 hours. Typical custom projects take 7–15 days; large custom orders take 25–35 days. Your quotation confirms the schedule.
Service experience in 100+ countries combines remote technical support with localized after-sales networks for long-term operating stability.
WHO WE AREA source manufacturer.
A source manufacturer.
A long-term partner.
Founded in 2006, Robur is a brand owned by Dongguan Xintu Power Technology Co., Ltd. We began by manufacturing golf cart batteries and have grown into a trusted supplier of lithium battery power solutions.
With 500+ employees and 30 automated production lines, we deliver an annual capacity of 100,000 batteries. This industrial base supports consistent quality and reliable large-scale supply for our 72V range.
Our products are trusted in 100+ countries. More than 100 employees have been with us for over a decade—a stable team behind long-term customer relationships, global trust and proven manufacturing capability.
2006Founded
30Automated production lines
100,000Batteries / annual capacity
100+Countries served
Manufacturing premium 72V batteries
to the highest industry standards.
Review transport, product-safety, environmental and quality documentation for the selected battery and destination market. Certification scope is model-specific.
BEFORE YOU SPECIFYYour 72V battery
Your 72V battery
questions, answered.
Which applications use a 72V lithium battery?
Forklifts, logistics trucks, large AGVs and other industrial or heavy-duty electric vehicle systems use this voltage class. Confirm the actual voltage window, current, installation and control interfaces for the equipment.
What cycle life should I specify?
The proposed reference targets 4000+ cycles at 80% depth of discharge. Confirm the temperature, charge/discharge rate and end-of-life capacity criterion in the project specification. Cycle count alone is not a calendar-life guarantee.
Can you integrate our BMS or telematics system?
Yes. Robur offers OEM-level integration including master-slave BMS, CAN communication and telematics. Share the protocol, diagnostics requirements and fleet-platform interface for engineering review.
How does lithium compare with lead-acid?
Robur’s lithium systems deliver higher torque and longer runtime, with up to 70% less downtime through faster charging and stable voltage. The comparison depends on the lead-acid baseline, charger and operating duty; confirm these conditions for your project.
What is the delivery time?
Standard products ship within 24 hours. Typical custom projects take 7–15 days; large custom orders take 25–35 days. The exact schedule is confirmed in your quotation.
What charger does the 150Ah reference require?
Use a charger matched to the 24S LiFePO4 voltage profile, with an 87.6V charge cut-off. The proposed reference recommends 75A (0.5C), with up to 100A (0.67C) subject to project validation. Confirm BMS handshake, current limits and temperature controls before use.
START YOUR PROJECTTell us what your
Tell us what your
72V system needs.
Share the equipment, capacity and operating requirements. Our team can review the configuration, documentation and supply needs with you.
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