Course fleets
Predictable shifts, centralized charging and less daily maintenance for high-utilization fleets.
GOLF CART ENERGY / FLEET & PRIVATE
More rounds. Less battery work.
Integrated LiFePO₄ packs for 36 V, 48 V and 72 V carts—engineered around the motor controller, peak current, regenerative braking, charger and vehicle packaging.
36 / 48 / 72 Vcommon cart platforms
3.1–8.8 kWhpractical reference range
LiFePO₄low-maintenance power
FROM FAIRWAY TO FLEET
Energy matched to the way the cart works.
Private & community carts
Comfort loads, lighting and accessories require a correctly sized DC-DC path—not improvised taps.
Utility & hospitality
Payload, hills, frequent stops and all-day duty demand higher current and thermal margin.
PLATFORM COMPARISON
Voltage first. Capacity second.
Use the vehicle voltage and controller as the starting constraint. Capacity then follows the duty cycle, terrain and recharge window.
36 V
2.30–4.03 kWhLegacy conversions
Battery38.4 V 60–105 Ah
ChargingMatched 36 V lithium charger
Confirm controller voltage, current and available tray space.
48 V
3.07–5.38 kWhMainstream carts
Battery51.2 V 60–105 Ah
ChargingMatched 48 V lithium charger
Strong all-round choice for course, private and utility use.
48 V extended
8.76 kWhLong shifts / fleet
Battery51.2 V 171 Ah
ChargingHigher-output matched charger
More energy for demanding duty; weight and charge time must be checked.
72 V
4.61–8.06 kWhPerformance / custom
Battery76.8 V 60–105 Ah
ChargingMatched 72 V lithium charger
Requires compatible motor, controller, contactor and full-system validation.
Published products confirm 36 V, 48 V and 72 V markets, including 48 V 105 Ah and 171 Ah options. Range varies materially with cart, passengers, speed, tires, terrain and temperature.
APPLICATION SIZING TOOL
Estimate golf-cart energy and current.
Uses route distance, measured energy per kilometre, terrain reserve and controller peak.
Planning result
Route energy
3.20 kWhBattery minimum
4.52 kWhBattery capacity
94 AhBMS current floor
170 ACharger current target
15 AConfirm range with a vehicle route test; tires, passengers, speed, grade and temperature materially change consumption.
Planning estimate only. Final BMS, cable, fuse, charger and inverter settings must be checked against exact equipment data and local rules.
VEHICLE INTEGRATION
A conversion succeeds at the interfaces.
The battery, controller, motor, charger and accessories must operate as one system. A voltage match alone is not enough.
Drive power
Continuous and peak discharge must cover acceleration, hills and payload without nuisance BMS trips.
Regen & charging
BMS, controller and charger must agree on voltage limits, regenerative current and interlocks.
12 V accessories
Use a correctly sized isolated DC-DC converter for lights, USB, audio and controls.
Golf cart integration essentials
- Confirm nominal and maximum voltage against motor and controller.
- Validate continuous, peak and regenerative current behavior.
- Use a main fuse, contactor, precharge and service disconnect as required.
- Secure the pack and protect cables from abrasion, heat and water.
- Match charger profile, connector, interlock and communication.
- Verify SOC gauge/CAN behavior, axle loading and applicable vehicle rules.
SELECTION WORKFLOW
Size the route, not the brochure.
Identify the cart
Model, year, controller, motor, existing voltage and tray dimensions.
Describe the route
Distance, gradients, passengers, payload, stop frequency and surface.
Set the shift
Daily hours, turnaround time, charger supply and fleet utilization.
Define interfaces
Peak current, regen, CAN, SOC display, accessory voltage and connector.
WORKED EXAMPLE
A 48 V cart using a 51.2 V 105 Ah pack stores about 5.38 kWh nominally. That number does not guarantee a fixed driving range; controller tuning, hills, passengers, tires, speed and reserve policy determine usable distance.
OEM / FLEET ENGINEERING
Drop-in convenience, project-level discipline.
We tailor enclosure geometry, brackets, current limits, communication and charging kits for manufacturers, conversion partners and course fleets.
＋36 V / 48 V / 72 V platforms
＋Custom tray and hold-downs
＋Contactor, precharge and fuse integration
＋CAN / SOC display integration
＋Matched charger and connector
＋UN 38.3 and project document support
Images and ranges are illustrative, not claims of compatibility or certification. Final fit, performance, charger, protection, vehicle compliance and documentation must be validated for the exact cart and destination.
SELECTION WORKFLOW →PROJECT BRIEF
Send us the cart and route.
Share model/year, system voltage, motor/controller, tray size, passengers or payload, terrain, daily distance, charging window, destination and quantity.