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72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler

72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler delivers 7.2kWh energy, ≥1200 cycles, -5~65℃ operation, and zero maintenance—ideal for electric sightseeing cars, community shuttles, and security patrol vehicles.

Nominal Voltage：72V
Nominal Capacity：100Ah
Nominal Energy：7200Wh
Charging Cut-off Voltage：83.95V
Charging Cut-off Current：5A
Discharging Cut-off Voltage：55V
Cycle Life：≥1200 cycles
Weight：65kg
Size (L*W*H)：700*306*200mm

72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler: Long-Range Power for Electric Sightseeing & Utility Vehicles

Product Introduction

Engineered as a 72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler, this lithium iron phosphate solution is purpose-built for the unique demands of electric low-speed four-wheelers. Featuring a nominal voltage of 72V, 100Ah capacity, and 7.2kWh nominal energy, this Low Speed Four-Wheeler LiFePO4 Battery 72V 100Ah combines LiFePO4’s inherent safety with industrial-grade durability. Unlike traditional lead-acid batteries, it supports ≥1200 charge-discharge cycles, -5~65℃ wide-temperature discharge, and zero maintenance—making it the reliable power source for electric sightseeing cars, community shuttle buses, security patrol vehicles, and utility low-speed four-wheelers in tourism, urban commuting, and municipal services.

Technical Specifications

Table: 72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler Core Parameters

Parameter	Details
Chemistry	LiFePO4
Nominal Voltage	72V
Rated Capacity	100Ah
Nominal Energy	7.2kWh
Charging Cut-off Voltage	83.95V
Charging Cut-off Current	5A
Discharge Cut-off Voltage	55V
Cycle Life	≥1200 cycles (80% Retention)
Weight	65Kg
Dimensions (L×W×H)	700mm×306mm×200mm
Operating Temperature	Charging: 0~50℃; Discharging: -5~65℃
Storage Conditions	Temperature: -10~40℃ (1 month), -5~35℃ (3 months), -5~25℃ (1 year); Humidity: ≤75%RH
Warranty	1 Year
Application	Electric Sightseeing Cars, Community Shuttle Buses, Security Patrol Vehicles, Utility Low-Speed Four-Wheelers

Core Advantages of 72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler

1. LiFePO4 Longevity for High-Usage Fleets

“The 72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler leverages lithium iron phosphate chemistry:

≥1200 Cycle Life: Outlasts lead-acid batteries by 4-5 times, reducing fleet maintenance costs by 60% over 5 years—perfect for daily-operating sightseeing cars and community shuttles.
Thermal runaway resistance ensures safety during passenger transport and heavy-load utility operations.”

2. 7.2kWh Energy for Balanced Range & Efficiency

“Delivers optimized performance:

100Ah capacity supports 70+ km range per charge for electric sightseeing cars or community shuttles, balancing range and energy efficiency.
High energy density ensures consistent power delivery, even when navigating gentle inclines or carrying moderate passenger/cargo loads.”

3. -5~65℃ Wide Temperature Adaptability

“Engineered for all-climate operations:

Powers security patrol vehicles in freezing winter patrols (-5℃) and sightseeing cars in hot summer tourist seasons (65℃), ensuring consistent performance regardless of weather.
Maintains stable 72V output in temperature extremes, enabling smooth acceleration and reliable power for on-board amenities like lighting and infotainment systems.”

4. Zero Maintenance & Rapid Charging

“Designed for hassle-free management:

Unlike lead-acid batteries, it requires no watering, cleaning, or equalization—saving operators hours of weekly maintenance.
Accepts rapid charging (compatible with standard low-speed vehicle chargers), allowing vehicles to recharge during off-peak hours for next-day use.”

Application Scenarios

1. Electric Sightseeing Cars in Tourism

“Scenic Area Mobility: The 72V 100Ah LiFePO4 Battery for Low Speed Four-Wheeler powers cars touring parks, resorts, and historic sites. 7.2kWh energy supports full-day tourist operations, while LiFePO4 safety ensures passenger confidence during scenic rides.”

2. Community Shuttle Buses

“Urban & Rural Commuting: Energizes electric buses shuttling residents in gated communities, campuses, or small towns. ≥1200 cycles withstand daily stop-and-go usage, and -5℃ operation works in winter commuting conditions.”

3. Security Patrol & Utility Vehicles

“Municipal & Commercial Services: Supplies energy for patrol cars monitoring premises and utility vehicles handling maintenance/ logistics. The rugged 65Kg build resists vibrations and impacts during off-road patrols or utility tasks.”

360° Safety: The "Sentinel" BMS

Safety isn’t an afterthought; it’s built into the hardware. Our Advanced Battery Management System protects against

Advanced Smart BMS Protection

The built-in Battery Management System provides comprehensive safety and performance control, including:

Over-current protection
Over-discharge protection
Low-power protection
High & low temperature protection
Overload protection
Short-circuit protection
Automatic disconnection protection

Core Advantages

Deep OEM & ODM Customization

As a direct manufacturer, we provide:

Certificate

Pre-integrated UN38.3, GPSR, CE, MSDS, ISO9001,and other certifications to shorten market access cycles

Wholesale Process

01.

Inquiry Reception And Needs Analysis

02.

Technical Proposal And Quotation

03.

Sample Validation And Testing

04.

Contract Negotiation And Signing

05.

Deposit Payment And Production Scheduling

06.

Production Monitoring And Final Inspection

07.

Logistics Arrangement And Balance Payment

08.

After-Sales Service And Long- Term Partnership

Quality Control

FAQ

Q1: What battery type is commonly used in low-speed electric vehicles?

A: FEBATT commonly uses LiFePO4, also known as lithium iron phosphate or LFP, for low-speed electric vehicles because it offers strong thermal stability, stable voltage output, long cycle-life potential, and low routine maintenance.

Q2: What are the advantages of LiFePO4 batteries over lead-acid batteries?

A: LiFePO4 batteries offer lower weight, more usable capacity, faster compatible charging, stable power output, longer cycle-life potential, and less routine maintenance than traditional lead-acid batteries used in low-speed vehicles.

Q3: Can a LiFePO4 battery replace an AGM or lead-acid battery?

A: Yes, a LiFePO4 battery can replace many AGM or lead-acid systems when the voltage, dimensions, current requirements, connectors, controller, charger, wiring, and mounting structure are properly matched to the vehicle.

Q4: How should a low-speed EV battery be matched with the motor and controller?

A: The battery voltage, continuous current, peak current, capacity, connector, BMS settings, and communication protocol should be matched with the motor power, controller limits, acceleration demand, climbing requirements, and expected driving range.

Q5: Can FEBATT customize low-speed EV batteries for OEM or ODM projects?

A: Yes. FEBATT can customize battery voltage, capacity, dimensions, enclosure, connectors, cable direction, mounting points, BMS functions, CAN or RS485 communication, labeling, and other specifications for OEM and ODM projects.

Q6: What BMS protection and communication functions are available?

A: Depending on the selected configuration, the FEBATT BMS can provide overcharge, over-discharge, overcurrent, short-circuit, temperature protection, cell balancing, state-of-charge monitoring, fault reporting, and CAN or RS485 communication.

Q7: How long does a LiFePO4 low-speed EV battery last?

A: Depending on the cell model and operating conditions, a FEBATT LiFePO4 battery may provide approximately 2,500–8,000 cycles before capacity declines to around 70–80%, with a possible service life of 5–10 years or longer under suitable use.

Q8: Does a low-speed EV lithium battery require a compatible charger?

A: Yes. The charger voltage and charging profile must be compatible with the LiFePO4 battery and BMS. An existing lead-acid charger should only be used when its charging parameters meet the battery manufacturer’s requirements.

Q9: What testing and compliance documents can FEBATT provide?

A: Depending on the battery model and destination market, FEBATT can provide relevant product specifications, test records, UN38.3 transport documentation, MSDS or SDS, and applicable CE, UL, or other compliance documents.

Q10: 10.How do FEBATT low-speed EV batteries perform in hot and cold conditions?

A: Standard FEBATT LiFePO4 batteries can support discharge operation across a broad temperature range, with some models rated from approximately −20°C to 60°C. Low-temperature charging protection, heating functions, or ruggedized designs can be configured for more demanding environments.

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