EXPERIMENTAL

BATTERY MANAGEMENT SYSTEM

They are designed as an electric vehicle learning set, suitable for undergraduate programs as well as vocational and diploma education.

Key Features

▪ The experimental Battery Management System Set is designed as the electric vehicle learning set suitable for undergraduate degrees or vocational/diploma education.

▪ Cover the lesson comprehensively with electric vehicle systems such as battery power supply and battery chargers.
Electromechanical machine in automobile and sensor system, battery management, principle charger system.

▪ Support for software development or coding by simulation as an electronic control unit (ECU)

▪ In addition, Experimental Smart Battery Management System set can interface with xMCU Development Board V1.0 or
MicroLabbox for self-design and development of the electric vehicle system.

▪ Experimental Smart Battery Management System set can integrate learning with electric vehicle Lab kits.

System component

• Battery management kit for electric vehicles, voltage 48 volts
• BMU (Battery Management Control Unit) board including various connection ports.
• LMU (Local Monitoring Units) board including various connection ports.
• Protection components: Main Contactor equipment, shunt equipment, temperature measurement equipment (Temp Sensor), Switch on/off charge and discharge equipment.
• Charger components: Electrical power 1.8 kilowatts, output voltage is 66 volts through CAN protocol.
• BMS software: LIBAL S-BMS PRO
• Cables: Banana Cable, Communication Cable, AC Power Cable
• Worksheet Document.
• 6 Chanel Banana jack 4 mm. (BMS 16S) and 24 Chanel Banana jack 4 mm. (Battery 16S)
• Vehicle motor with accelerator and break
*** Excluded: battery cells

EDUCATION IN AUTOMOTIVE CONTROL SYSTEM FIELD