Golf Cart Lithium Batteries

Golf Cart Batteries Lithium · LiFePO4

Plug‑and‑Play Golf Cart Lithium Batteries (36V / 48V / 72V)

Xupai LiFePO4 delivers lighter weight, faster charging, and constant hill‑climb power for Club Car, E‑Z‑GO and Yamaha—without watering or acid corrosion.

50–60% Lighter Than Lead‑Acid

Improve acceleration and handling while reducing turf stress from cart traffic.

2–4h Fast Charging

Get back on course quickly with compatible lithium chargers; no more overnight waits.

Constant Power to Empty

Flatter voltage curve maintains responsive hill‑climb and towing all round long

Why LiFePO4 Golf Cart Batteries Beat Lead‑Acid

✔ Light weight: reduce cart mass by 50–60% vs. comparable Ah lead‑acid packs.
✔ Zero maintenance: no watering, no acid fumes, reduced terminal corrosion.
✔ Fast turnaround: about 2–4 hours to full with a matched charger.
✔ Long life: thousands of cycles when used per spec (DoD, temp, charge profile).
✔ Fleet telemetry: CAN/RS485/GPS/Bluetooth options for diagnostics and logging.

Actual performance varies with speed, payload, terrain, tire pressure, controller settings and ambient temperature. Always match the charger and verify controller limits.

Safety & Standards

Integrated BMS with protections for voltage, current, temperature and short‑circuit; active cell balancing.
LFP chemistry noted for stable behavior when properly engineered and managed.
Compliance support: models available with UL 2271 / IEC 62619; shipping per UN 38.3.
Thermal & mechanical design for vibration and enclosure protection in course duty.

Ask for the certificate set during quoting; documentation availability may vary by model and region.

Xupai Golf Cart Lithium Batteries — Models & Specs

All models support optional communication: CAN bus, RS485, GPS, Bluetooth.

Model	Nominal Voltage (V)	Capacity (Ah)	Max Charge (A)	Max Continuous Discharge (A)	Peak (10s) (A)	Dimensions (mm)	Dimensions (in)	Weight (kg / lb)
SPF24V160-CAN	25.6	160	100	100	250	524×360×265	20.6×14.2×10.4	43 / 94.8
SPF36V100-CAN	38.4	100	100	100	200	385×338×255	15.1×13.3×10.0	34 / 75.0
SPF48V32-GC2	51.2	32	32	32	100	260×180×276	10.2×7.0×10.8	15.6 / 34.4
SPF48V56-SM	51.2	56	56	56	150	460×334×232	18.1×13.1×9.1	35 / 77.2
SPF48V100-CAN	51.2	100	100	100	250	460×334×255	18.1×13.1×10.0	43 / 94.8
SPF72V100-CAN	73.6	100	150	100	150	740×320×255	29.1×12.6×10.0	72 / 158.7

Parallel assembly: typical 2–6 pcs (max 10) with identical models and similar SoC; confirm BMS rules in the datasheet. Recommended range reference: 3×48V32Ah ≈ 60–90 km under moderate conditions.

Range Planning

For 48V carts, a GC2‑size multi‑pack configuration offers robust range. Expect wider real‑world variation by course topography, payload and speed limits. Validate with route logging via CAN.

Charging Strategy

Use a lithium‑compatible charger with correct profile. Opportunistic charging is supported—no memory effect. Keep packs above 10–20% SoC for best longevity when possible.

Turf‑Friendly by Design

Lighter battery systems help reduce traffic stress. Disperse cart flow and avoid saturated or heat‑stressed turf to minimize wear and compaction in high‑traffic zones.

FAQs: Golf Cart Batteries Lithium (LiFePO4)

Can I reuse my existing charger?

Use a lithium‑compatible charger with the correct voltage and profile. Lead‑acid chargers may not terminate correctly or could reduce cycle life.

Do I need to change cables or controller settings?

Most drop‑in kits reuse OEM cabling. Verify controller current limits and low‑voltage cutoffs; we provide recommended settings during commissioning.

How should I store carts off‑season?

Store around 40–60% SoC, disconnect loads, and check quarterly. Avoid high heat. Follow the model datasheet for specific steps.

What about cold‑weather operation?

Discharge down to −5°C is typically allowed with reduced power. For sub‑zero charging, pre‑warm or use a low‑temperature‑rated charger per manual.

Any benefits for course conditions?

Lighter carts plus smart traffic management help reduce turf wear and compaction in high‑traffic areas (entries/exits, green surrounds).

Fleet Conversion Checklist

☐ Cart make/model and controller (Curtis, Navitas, etc.)

☐ Target range per round and payload

☐ Charger model and plug type (48V/72V lithium profile)

☐ Parallel count (2–6 typical; up to 10 per BMS rules)

☐ Telemetry needs (CAN/RS485, GPS, Bluetooth)

☐ Compliance pack (UL 2271 / IEC 62619) and UN 38.3 shipping docs

Request a Quote

Tell us your cart model, controller, route profile and desired range. Our engineers will size a LiFePO4 solution with the right charger and harness.

Prefer email? sales@xupaienergy.com