EVB05B - Electric Vehicle Power Battery Management System (BMS) Training Platform

Product OverviewThe Electric Vehicle Power Battery Management System (BMS) Training Platform is a highly simulated teaching device designed to demonstrate and teach the working principles and applications of the BMS in electric vehicles. This platform offers an interactive environment, simulating the charging and discharging processes of battery packs, monitoring, and alarm indications, allowing students to fully understand the critical role of BMS in electric vehicles.

Key Features

• Dynamic Monitoring: Capable of dynamically monitoring the voltage of each individual cell, reflecting the battery status in real time.

• Capacity Estimation: Utilizes advanced algorithms to dynamically estimate the total capacity of the battery pack, optimizing battery usage.

• Temperature Monitoring: Monitors the battery temperature in real time to prevent safety risks associated with overheating.

• Current Monitoring: Tracks the changes in total circuit current, precisely controlling the charging and discharging states.

• Real-Time Alarms: Equipped with an alarm system to indicate battery status and potential faults, enhancing safety.

• Charging Control: Demonstrates battery behavior during charging through simulated charge/discharge processes.

• Teaching Interaction: A 7-inch BMS information display provides students with an interactive learning interface.

Specifications

• Dimensions: 980mm x 660mm x 1,400mm, suitable for classroom settings.

• Input Power: AC 220V±10% 50Hz, easily connectable to standard classroom power sources.

• Working Voltage: DC 12V, safe and manageable.

• Operating Temperature: -40℃ to +50℃, adaptable to various environmental conditions.

Components

• BMS Module: Includes control units like ABMBMU, ABM-BMS 1M1S, ABM-HMU.

• Display Device: 7-inch BMS information display providing a clear user interface.

• Battery Pack: Lithium iron phosphate battery pack, stable and eco-friendly.

• Power Management: 12V switch power supply, knife switch, charge/discharge switches, and sockets.

• Temperature Control Device: Resistive heater to simulate temperature changes during battery operation.

• Support Structure: Mobile workbench for easy transport and setup of the system.

Educational Objectives

• Structural Understanding: Students will gain in-depth knowledge of the structure of the battery management unit and master its working principles.

• Detection Skills: Master the methods and techniques for detecting battery management units.

• Operational Proficiency: Learn the structure and working principles of the battery pack's charge/discharge platform through hands-on operation.

• Maintenance Knowledge: Teach maintenance precautions and testing methods for the battery pack.

• Safety Education: Emphasize safety considerations in the assembly and testing of battery packs.

• Fault Diagnosis: Develop students' ability to troubleshoot faults in electric vehicle battery packs.