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  • AiPower lithium battery 80V

    AiPower lithium battery 80V

  • AiPower lithium battery 76.8V

    AiPower lithium battery 76.8V

  • AiPower lithium battery 51.2V

    AiPower lithium battery 51.2V

  • AiPower lithium battery 48V

    AiPower lithium battery 48V

Lithium Battery Charger for AGV and AMR

  • Precise Positioning

  • Automatic

  • Flexible and Smart

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Lithium Battery Charger for AGV and AMR

  • High-quality

    Steel-carbon alloy brush with great electrical conductivity, strong mechanical strength, excellent insulation, great heat resistance, and high corrosion resistance, allowing for customization.

  • Flexible and Smart

    Able to charge for AGV with charging ports at the side, at the front or at the bottom. Wireless communication to smartly make AGV chargers to communicate and connect AGV.

  • Protection

    With protection of overcharge, over-voltage, over-current, over-temperature, short circuit, input phase loss, input over-voltage, input under-voltage, lithium battery abnormal charging, and diagnosis and displaying of charging problems.

Learn the Basics Through Videos

Watch the video to learn the basics of AiPower Charger design and how the system works.

Features

Precise Positioning

Infrared positioning in transmitting-receiving, reflection, or diffuse reflection way. High-precision infrared photoelectric
sensor.

Automatic

Automatic charging is configured according to the AGV or AMR system, battery BMS, connection method and operating workflow. Manual operation can be specified where required.

CAN Communication

Communicate with lithium battery BMS to intelligently manage battery charging to ensure fast charging and longer battery life.

Excellent Electrical Properties

PFC+LLC soft switching technology with high conversion efficiency and high density of module power.

User-friendly and Convenient UI

Manage charging through LCD display+TP+LED+buttons.

Wide Input Voltage

Provide battery with stable and reliable charging under unstable power supply.

AGV & AMR Charging

Selecting an AGV and AMR Lithium Battery Charger

An AGV or AMR lithium battery charger should be selected for the complete vehicle and battery system, not by voltage alone.

Confirm the battery’s nominal voltage, permitted charging voltage and current, BMS communication requirements, charging connector or docking arrangement, available AC supply and operating duty cycle.

Information to Prepare for Charger Selection

Before requesting a charger recommendation, prepare the battery chemistry, nominal voltage and capacity, permitted charging voltage and current, BMS communication requirements, vehicle charging position, docking or connector drawings, available AC input, site installation conditions, expected operating hours and charging windows.

For an overview of AGV battery charging systems and selection considerations, read our AGV charging guide.

Applications

Specification

AGVC-80V200A-FT

DC Output

Rated Output Power 16kW
Rated Output Current 200A
Output Voltage Range 30VDC~100VDC
Current Adjustable Range 5A~200A
Peak Noise ≤1%
Voltage Ragulation Accuracy ≤士0.5%
Efficiency Out of load≥50%, When rated, the overall efficiency≥92% Out of load<50%, When rated, the overall efficiency>99%
Protection Short ciruit, Overcurrent, Overvoltage, Reverse Connection and Over-Temperature Protection

AC Input

Input Voltage AC 380V Three-phase Four-wire
Input Current Range <36A
Frequency 50Hz~60Hz
(PF)Power Factor ≥0.94
(HDl)Current Distortion ≤5%
Input Protection Overvoltage, Under-voltage, Overcurrent and lack of phase Protection

Working Environment

Working Environment Temperature -20°C~45°C work normoally
45°℃~65°C reduce output
Over 65°C shutdown
Storage Temperature -40°C~75°C
Relative Humidity 0~95%
Altitude ≤2000m Full load output, >2000m Use in accordance with the provisions of 5.11.2 in GB/T389.2-1993

Product Safety and Reliability

Insulation Strength IN-OUT: 2800VDC/10mA/1Min IN-SHELL: 2800VDC/10mA/1Min OUT-SHELL: 2800V DC/10mA/1Min
IN-OUT: DC500V>10MΩ IN-SHELL: DC500V>10MΩ OUT-SHELL:DC500V>10MΩ

Dimensions and Weight

Control Box Dimensions(mm) 655(L)x540(W)x570(H)
Telescopic Box Dimensions(mm) 630(L)x250(W)x580(H)
Net Weight 60KG

Other

BMS Communication Method CAN Communication
BMS Connection Method CAN-WlFl or physical contact of CAN modules at AGV and charger
Dispatching Communication Method Modbus STA. Modbus AP
Dispatching Connection Method Modbus-wifi or Ethernet
WIFl Bands 2.4G, 4G, 5.8G
Method of Starting Charging Infrared, Modbus, CAN-WIFI
AGV Brush Parameters Follow AiPower standard or drawings provided by customers
Structure of Charger All-in-one, split-type
Charging Method Charger Connector Telescoping, AGV moving towards charger to get charged
Cooling Method Forced air cooling
Manual Charging All-in-one to charge manually with communication or without communication
Telescopic Stroke of Brush(with telescopic model) 200MM
TAGV Positioning Distance(with telescopic model) 165MM-325MM
Height from AGV Connector Center to the Ground 185MM-400MM

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Guidelines

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Let's Power a Sustainable World With EV Charger

As the world embraces sustainable energy and electric vehicles, reliable charging infrastructure is more critical than ever. With rising EV demand, companies are stepping up to provide comprehensive charging solutions.

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