HAWKER Lithium Battery EV Series

　　HAWKER 24V, 48V lithium iron phosphate batteries

　　Nominal voltage: 24V/48V nominal capacity: 20-200AH operating temperature: charging 0-45 ℃, discharging -20-60 ℃ Application areas: AGV, mobile robots, industrial machinery and equipment, emergency power supply, etc

　　HAWKER Battery Type: Lithium Iron Phosphate Battery

　　Maximum charging current: 2C

　　Maximum discharge current: 2C

　　Instantaneous discharge current: 3C

　　Discharge cut-off voltage: 23.6V/43.5V

　　Charging temperature: 0-45 ℃

　　Discharge temperature: -20~60 ℃

　　Storage temperature: -20~60 ℃

　　Temperature protection: 65 ℃± 5 ℃

　　Battery casing: Sheet metal casing

　　Port Design: Different Ports

　　Lithium battery protection: short circuit protection, overcharge protection, overdischarge protection, overcurrent protection, temperature protection, etc

　　Communication interfaces: 485, CANOPEN, CAN, AO (0-5V represents 0-100%), DO (2 channels), DI, etc

　　Application areas: AGV, mobile robots, industrial machinery and equipment, emergency power supply, etc

　　Product Features

　　Fast charging: Supports 2C fast charging, and can be fully charged in up to half an hour.

　　Dumb plug: Using different plug specifications for charging and discharging can avoid incorrect insertion.

　　Port design: Charging and discharging port design, supporting simultaneous charging and discharging without disturbing each other.

　　Self developed BMS:

　　A battery management system for mobile robots with rich communication interfaces.

　　It can achieve the function of recording, storing, and exporting fault data.

　　The control system is designed with extremely low power consumption. Shutdown status 30uA, power on status 30mA

　　Support customization of various non-standard functions.

　　Environmentally friendly and long-lasting: using automotive grade power lithium iron phosphate battery cells with high cycle life, in line with the values of low-carbon, energy-saving, and environmental protection;

　　Professional design: By filling the shock-absorbing structure inside the cold-rolled sheet metal shell, the requirements of strong heat dissipation, high safety, and high reliability are achieved.