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The Lithium Golf Cart Conversion Checklist
Answer seven questions about voltage, fitment, BMS output, charging, battery configuration, accessories, and range before ordering.
Open the checklist →Conversion fundamentals
Plan before you order
Use our research-backed buying guides and conversion checklist to narrow the field without relying on headline range claims.
Featured guides
Range planning
Real Range Per Charge: 60Ah vs 100Ah vs 105Ah
Turn battery watt-hours and your cart’s energy consumption into a realistic mileage range, with transparent estimates for efficient, mixed, and demanding use.
Estimate your range →Cold-weather care
Winter Storage Guide for Lithium Golf Cart Batteries
Learn how charging limits, internal cell temperature, storage state of charge, parasitic loads, self-heating, and spring startup affect a stored pack.
Read the winter guide →Charging guide
Do You Need a New Charger for a Lithium Conversion?
Learn when to replace a lead-acid charger, when an existing Delta-Q may be reprogrammed, and how OBCs, ERIC systems, interlocks, voltage, and current affect compatibility.
Read the charger guide →Yamaha model guide
Best 48V Lithium Batteries for a Yamaha Drive2
Compare four battery options and learn how controller demand, regenerative braking, tray fit, mounting, chargers, and accessories affect a Drive2 conversion.
Read the Drive2 guide →Configuration comparison
One 48V Battery vs Four 12V Batteries in Series
Compare the electrical math, BMS behavior, charging, balance, wiring, handling, cost, and reliability of both lithium configurations.
Compare configurations →Troubleshooting guide
Why Your Golf Cart Cuts Out After a Lithium Conversion
Diagnose BMS protection events, excessive current, voltage sag, regenerative braking, wiring faults, temperature limits, charging problems, and cart-side failures.
Diagnose a cutout →EZGO model guide
Best 48V Lithium Batteries for an EZGO RXV
Compare exact kits and learn why regenerative braking, BMS shutdown behavior, controller demand, tray type, charger interlock, and the electromagnetic brake make the RXV different.
Read the RXV guide →EZGO model guide
Best 48V Lithium Batteries for an EZGO TXT
Compare four battery paths and learn how TXT generation, controller demand, regenerative braking, fitment, chargers, and accessories affect the conversion.
Read the TXT guide →Club Car model guide
Best 48V Lithium Batteries for Club Car Precedent
Compare four exact kits and learn how tray generation, OBC or ERIC charging, controller demand, regenerative braking, and 12V accessories affect the conversion.
Read the Precedent guide →Four value-focused picks
Best Budget 48V Lithium Golf-Cart Batteries
Compare DC HOUSE, LiTime, CHINS, and Vatrer by capacity, continuous BMS output, package contents, use case, and total conversion needs.
Read the budget guide →The seven-point checklist
- Confirm your cart model, year, and system voltage.
- Measure the battery compartment and mounting points.
- Match BMS output to the controller, motor, terrain, and tire size.
- Choose capacity based on realistic distance—not headline range claims.
- Confirm that a compatible charger is included or available.
- Plan 12V accessories and the correct voltage reducer.
- Review installation requirements and decide whether to hire a qualified technician.
Safety note: Battery systems can deliver hazardous current. Follow the cart and battery manufacturers’ instructions and use a qualified installer when the work exceeds your experience.
More guides in development
36V vs 48V systems
How to identify your system and why nominal battery voltage can look different from the cart label.
60Ah vs 100Ah
Capacity, weight, cost, range, terrain, and the difference between a stock and modified cart.