Hawk AGV Intelligent Charging Station LPC200-48 Power 12000W Charging Station

Hawk EV lithium battery - lithium iron phosphate battery

The Hawk AGVSafe series iron lithium power batteries are a new generation of power batteries designed and produced by Hawk Energy Group using its latest developed Battery Management System (BMS) specifically for online and wireless charging of mobile mechanical equipment. They have advanced battery self-management, communication, alarm, and complete functions to accept short-term fast charging.

Advantages Overview

1. Charge and discharge ports are different, and the discharge port has a voltage stabilizing function

The charging and discharging ports of the Hawk iron lithium power battery are isolated, which has a truly meaningful function of charging and discharging ports. The charging voltage for a 24V lithium iron battery during normal charging should be 29.2V. If the charging voltage is lower than this, it will reduce charging efficiency and prolong charging time. No matter how high the charging voltage is applied to the charging port, the output voltage of the discharge port of the EV24-60 battery is limited to no more than 26.2V. This function prevents the charging voltage of the charger from being directly applied to the load DC motor, which may damage the motor.

2. Accurate display of remaining battery power output

The advantage of iron lithium batteries is that their discharge voltage is relatively stable within the effective range of charge. But using the method of collecting battery voltage to calculate the remaining battery capacity is very inaccurate.

Hawk iron lithium batteries use the software "Coulomb integration" method to accurately calculate the remaining power of the battery, and output a simulated voltage of 0-5VDC, linearly corresponding to the remaining power of the battery from 0% to 100%, which facilitates the upper computer's requirements for the value of battery power.

3. A comprehensive self-protection strategy

Category protection content status condition current protection method recovery method

Temperature over temperature warning temperature>set warning temperature warning light flashes and automatically recovers after cooling down

Over temperature alarm temperature>set alarm temperature. The charging/discharging port is disconnected and enters sleep mode. Manually press the start button to resume operation

Voltage overvoltage warning voltage>warning voltage warning light flashing voltage drops and automatically recovers

Overvoltage alarm

(Overcharge protection) Voltage>Alarm voltage. Disconnect the charging port. After the voltage drops to the warning voltage, connect the charging port

Under voltage warning voltage

Undervoltage alarm

When the voltage

Current charging overcurrent charging current greater than 120A and lasting for more than the set time, cut off the charging/discharging port, enter sleep mode, manually press the start button to resume

Discharge overcurrent discharge current greater than 60A and duration exceeding the set time, cut off the charging/discharging port, enter sleep mode, manually press the start button to restore

Application scope

Assembled AGV

? Electric cylinder lifting assembly type AGV

? Non contact power supply assembly type AGV

? Engine assembly type AGV

Transportable AGV

? Rail Shuttle Vehicle (RGV)

? Clamping and handling type LGV

? Push pull transport AGV

Product specifications and performance

Battery model EV24-60

Nominal voltage 25.6V

Nominal capacity 60AH

Size of the box: 314mm (length) * 248mm (width) * 215mm (height)

Installation dimensions: 370mm (length) * 260mm (width) * 225mm (height)

Weight 25KG

Charging voltage 29.2V (adjustable)

Minimum discharge voltage 21.2V (adjustable)

Nominal discharge current 30A continuous discharge (23 ℃)

Rated charging current 120A, continuous charging (23 ℃)

The output voltage stabilization function isolates the charging and discharging ports, and the output voltage of the discharging port is 26.2V

Charging protection automatically cuts off charging after the battery is fully charged

Discharge protection: If the battery voltage is below 21.2V (adjustable), the discharge will be automatically cut off

Over temperature protection: If the internal temperature of the battery exceeds 65 ℃ (adjustable), it will automatically cut off charging/discharging

The balancing circuit is used to balance the slight capacity imbalance between eight battery cell modules.

SOC (State of Charge) measurement AO analog output 0V~5VDC, corresponding to SOC0%~100%

The remaining battery level LED displays 5 green lights to show the battery level. For each light on, the battery level increases by 20%

An alarm LED light with a red light flashing to alert

RS-485 communication RS-485 is used for communication with upper level or connection with other modules.

Configurable DO output with two dry contact DO outputs, allowing users to select two indicators (voltage, current, electricity, temperature, etc.)

To set value) DO output signal

Working temperature -10 ℃~60 ℃

Storage temperature -20 ℃ to 70 ℃

Working humidity: Relative humidity: 10%~80%, no condensation

Passive natural cooling of cooling system

Port Description

IOA 5-core aviation plug

IOB 5-core aviation plug

Pin Description Pin Description 

Pin Description Pin Description 

1 485 communication signal A 4 SOC analog output signal positive

1 DO+4 DI-

2 485 communication signal B 5 SOC analog output signal negative

2 DO-5 NC

3 NC

3 DI+