Cart utilization
Review rounds per day, fleet rotation, idle periods and the available charging window.
Application · Golf courses
Plan lithium power around the full course operating day.
A vehicle-led approach for golf course operators, distributors and service partners reviewing lead-acid replacement or phased fleet renewal.
Operating context
The route defines the battery review.
Headline voltage and capacity are only the starting point. Vehicle integration and actual operating conditions determine whether a source configuration is suitable.
Course terrain
Record route distance, gradients, surface conditions and typical passenger or equipment load.
Replacement scope
Confirm the existing battery type, tray dimensions, wiring, charger and controller architecture.
Fleet rollout
Define evaluation quantity, acceptance checks and the sequence for a phased replacement programme.
Application RFQ
Information that improves the first proposal.
If some values are not known, send the vehicle nameplate, battery-bay measurements and charger photographs for initial review.
01
Vehicle make, model and production year
02
Original voltage and battery arrangement
03
Battery-bay L × W × H
04
Rounds or operating hours per day
05
Course gradients and typical load
06
Existing charger and available downtime
07
Fleet quantity and target replacement date
Configuration starting points
Products to review against this application.
5.376 kWh
51.2 V / 105 Ah
A compact source configuration for golf carts and commercial passenger vehicles where fitment and controlled fleet replacement are the priority.
- Continuous
- 105 A
- 10 s peak
- 300 A / 10 s
6.4 kWh
51.2 V / 125 Ah
An extended-capacity 51.2 V source configuration for commercial vehicles with longer operating windows or higher daily utilization.
- Continuous
- 125 A
- 10 s peak
- 375 A / 10 s
Product suggestions are starting points only and do not establish vehicle compatibility or quantified route performance.
Next step
Build the battery enquiry around the real operating route.
VehicleFitmentControllerChargerDuty cycleQuantity