Resort & Campus Shuttle LiFePO4 Battery (48V 160Ah–210Ah)_Golf Cart Battery_PRODUCTS

OVERVIEW

Resort & Campus Shuttle LiFePO4 Battery (48V 160Ah–210Ah)

Resort shuttles, campus transport carts, and theme park vehicles carry passengers over extended routes throughout the day. UFOPOWER's shuttle cart battery is engineered for these people-carrying applications, delivering high energy capacity (48V class, 160–210Ah), robust thermal management for continuous operation in summer heat, and passenger-safe battery enclosures.

As a professional lithium battery manufacturer, UFOPOWER builds shuttle packs with LiFePO4 chemistry – chosen for its inherent thermal stability and safety margin for people-carrying vehicles – on quality-controlled production lines. A GPS-integrated BMS enables route-based energy optimization and automatic low-charge return-to-base alerts, keeping shuttle fleets reliable and safe all day.

Product Details

Two high-capacity configurations cover standard and extended shuttle routes.

Model	Rated Voltage	Nominal Capacity	Nominal Energy	Configuration	Standard Cycle Life	Weight	Dimension (L×W×H)	Peak Current	Continuous Current	Waterproof
UFO51.2G160	51.2V	160Ah	8192Wh	16S2P	2000	69kg	560×310×260mm	500A (10s)	210A	IP54
UFO51.2G210	51.2V	210Ah	10752Wh	16S2P	3000	82kg	760×250×260mm	500A (10s)	210A	IP54

Safety & Thermal Specifications

Parameter	Specification
Cell Chemistry	LiFePO4 (LFP) – inherent thermal stability for passenger safety
Charging Temperature	0 – 55°C
Discharge Temperature	-30 – 60°C
Storage Temperature	0 – 45°C
Enclosure	SPCC with passenger-safe design
Communication	CANbus & RS485 available; GPS-integrated BMS reporting

Key Features

The shuttle battery delivers high energy capacity (48V class, 160–210Ah) for all-day passenger routes, with robust thermal management that keeps performance stable during continuous operation in summer heat. LiFePO4 chemistry provides the inherent thermal stability and safety margin required for people-carrying applications, and passenger-safe battery enclosures protect occupants and equipment. A GPS-integrated BMS enables route-based energy optimization and automatic low-charge return-to-base alerts, so shuttles never strand passengers.

Applications

Built for resort and hotel shuttles, campus transport carts, theme park vehicles, and retirement community shuttles – applications that carry passengers over extended routes throughout the day and demand high capacity, thermal safety, and fleet-level reliability.

High-Capacity All-Day Operation

160–210Ah packs keep passenger routes running from morning to night without mid-day recharging.

51.2V / 160Ah (8192Wh) for standard shuttle routes 51.2V / 210Ah (10752Wh) for extended and heavy-use routes 500A peak current for loaded uphill starts 2–3 hour charging for overnight turnaround

Thermal Safety for Passenger Applications

People-carrying vehicles demand the safest chemistry and the most robust thermal design.

LiFePO4 chemistry with inherent thermal stability Robust thermal management for continuous summer operation Passenger-safe battery enclosure design Discharge operation from -30°C to 60°C

GPS-Integrated BMS & Route Intelligence

The battery participates in fleet operations – optimizing energy and protecting passengers.

GPS-integrated BMS reporting for route-based energy optimization Automatic low-charge return-to-base alerts CANbus & RS485 communication for fleet dashboards OEM/ODM customization of capacity, BMS, and enclosure design