5.376 kWh
51.2 V / 105 Ah
Compact golf and passenger fleets
- Continuous
- 105 A
- Peak
- 300 A / 10 s
- Reference enclosure
- 487 × 302 × 245 mm
- Communication
- CAN · RS485 · Bluetooth
Lithium power built around your fleet.
Golf cart and sightseeing vehicle battery solutions configured for commercial routes, vehicle integration and B2B deployment.
Serving distributors, resorts, golf courses and fleet operators in the UAE, Saudi Arabia and international project markets.
Vehicle and battery-bay fitment
Route, terrain and passenger load
Charger and communication requirements
Model-specific project documentation
Battery configurations
A focused range for golf and passenger fleets.
Start with voltage and capacity, then confirm enclosure, terminals, communication, charger and vehicle fitment through the RFQ.
Compare golf cart batteries
6.4 kWh
51.2 V / 125 Ah
Extended-duty vehicle projects
- Continuous
- 125 A
- Peak
- 375 A / 10 s
- Reference enclosure
- Approx. 580 × 358 × 245 mm
- Communication
- CAN · Bluetooth
8.064 kWh
76.8 V / 105 Ah
Higher-voltage sightseeing fleets
- Continuous
- 105 A
- Peak
- 300 A / 10 s
- Reference enclosure
- Approx. 637 × 310 × 245 mm
- Communication
- CAN · Bluetooth
12.902 kWh
76.8 V / 168 Ah
Long-route passenger applications
- Continuous
- 168 A
- Peak
- 450 A / 10 s
- Reference enclosure
- Approx. 722 × 330 × 275 mm
- Communication
- CAN · Bluetooth
Values are source-document references for configuration review. Approximate dimensions, image-to-enclosure mapping, terminal orientation and electrical limits are reconfirmed before quotation.
Requirements before configuration
Start with the vehicle. Plan around the route.
Battery selection changes with available space, system voltage, controller demand, daily operating hours, gradients, climate and charging access.
01
Fitment
Battery bay, mounting points, terminals and cable routing.
02
Duty cycle
Daily route, passenger load, gradients and operating windows.
03
Charging
Charger input, plug, charging location and available downtime.
04
Deployment
Sample validation, fleet quantity and phased delivery planning.
Bring these details
Six inputs make the first review more useful.
01Vehicle make and model
02Original system voltage
03Battery-bay dimensions
04Motor / controller current
05Charger details
06Route and fleet quantity
ALEO Smart System
See operating status beyond the battery box.
Connected battery monitoring can make status, trends and alarms easier to review for fleet operation and service planning.
State of charge
Voltage & current trends
Multi-point temperature
Cell voltage difference
Alarm history
Optional location data
Source configurations document BMS protection for overcharge, over-discharge, overcurrent, high/low temperature and short circuit.
Monitoring channels, connectivity, protection thresholds and location functions are confirmed by final battery configuration and project requirements.
Fleet battery / live view
Battery status overview
Online
State of charge
83%
Pack voltage
53.3V
Pack temperature
38.7°C
Cell difference
1mV
Operating trend
Illustrative interfaceVoltageTemperature
Status checks
Cell voltageNormal
TemperatureNormal
Charge statusNormal
CommunicationNormal
Applications
Built for the routes your fleet runs every day.
Application pages translate operating conditions into the information needed for configuration review.
Golf Courses
Battery planning around terrain, cart utilization, charging windows and phased fleet renewal.
Resorts & Tourism
Passenger-fleet configurations shaped by heat, route length, gradients and guest transport schedules.
Fleet Operators
Repeatable requirements, sample validation and volume planning for distributors and commercial operators.
Project documentation
Documents matched to the final configuration.
Transport, EMC and destination-market requirements are reviewed against the selected battery and shipment route—not presented as blanket coverage.
Current documented referenceUN 38.3, MSDS and sea-transport records are available for the source 51.2 V / 105 Ah configuration. EMC evidence exists for selected 51.2 V source models. Applicability is reconfirmed against the battery actually quoted.
01
Confirm the battery configuration and source model
02
Review available UN 38.3, MSDS and transport records
03
Check EMC scope for the selected 51.2 V source configuration
04
Check destination requirements for the UAE or Saudi Arabia
05
Define the document package in the quotation
Commercial planning
Quotation terms shaped around the final configuration.
We do not publish generic MOQ, lead-time or warranty promises. These terms depend on the approved battery, accessories, document scope and order volume.
Sample evaluation
Sample availability and validation steps are confirmed after the vehicle and electrical review.
MOQ & lead time
Minimum quantity and production schedule are quoted by configuration, documentation scope and order volume.
Charger & accessories
Input voltage, plug, display and harness requirements are matched to the destination and vehicle.
Warranty & support
Warranty terms and service responsibilities are issued with the final approved configuration.
Share quantity, destination and required delivery window for a usable commercial response.
Supply network
Manufacturing and test resources behind the configuration.
Selected views from production and testing environments within our supply network. Final source, process and inspection requirements are confirmed for each project.
How OFSTRAW supports projects
Automated pack assembly
Controlled equipment supports repeatable module and pack assembly processes.
Electrical test equipment
Available production resources include equipment used for battery inspection and validation.
Production staging
Pack staging and material flow support sample review and planned B2B order preparation.
Images document supply-network production environments and do not represent an OFSTRAW-owned factory.
Bring us the vehicle. We’ll structure the battery enquiry.
Share the application, voltage, battery-bay dimensions, controller demand, monitoring needs and fleet quantity. OFSTRAW will review the requirements before proposing a configuration.
Review battery options