Automobile Educational Equipment, buy SSC-TJ-001 (XK) Experimental Bench of BMS Battery Management System (low voltage) on China Suppliers Mobile

Product Details

Product Overview

SSC-TJ-001 (XK) Experimental Bench of BMS Battery Management System (low voltage) is a performance equipment in new energy automotive training room. As a theory-practice integrated teaching equipment, it is a training equipment for the development of battery managing system. It is an electrical equipment to collect control and manage the battery unit’s operating status and data, which is mainly about the charging and discharging management of lithium battery, battery protection from abnormal situations, the real-time battery information display and the output information of system real-time alarm on the electric automotive.

The system consists of EVBMM engaged control and EVBCU driving control. The former one collects the voltage and temperature accurately, calculates the SOC SOH value of every battery cell, passes the corresponding information to the driving control of the battery management from the CAN bus to realize the battery management of the whole auto. The latter one controls all the driving control modules to work normally and facilitate the communication between CAN bus and the whole vehicle ECU and battery charger. There is circuit diagram painted in the training bench board so that students can study and make inspection directly by contrasting the circuits. With decent layout, beautiful and simple appearance, firm and durable quality, it is suitable for automotive teaching in colleges and secondary vocational schools.

Technical Parameters

1. External working power supply: 220V AC + 10% 50Hz
2. Experimental BENCH operating voltage: DC24V DC48V DC12V
3. Environment temperature: －10℃—40℃
4. Relative humidity: ≤85﹪ （25℃）altitude＜4000m
5. Safety protection: protective equipment for leakage of voltage and current, the safety meets the demand of national standards.

Training Projects

1. The training of the relationship and communication between the control module and slave module.
2. The training of touch screen human-computer interaction and contents.
3. The battery management system to storage battery training of the charging management, the all process of storage

discharging by loading.
4. The training of fault setting, the thoughts and methods of elimination.
5. The training of material resources library interaction.