New Energy Vehicle-Battery Management System (BMS) Training Platform

Product model: NZX-05

Main parameters:

Vehicle type: pure electric passenger car
Working temperature: -20℃～50℃
Machine weight: 250kg
Dimensions: 2200*1800*1500mm

Performance characteristics:

1. Battery management system (BMS) training platform The training platform is based on the BMS (battery management) system of new energy pure electric vehicles. It can dynamically monitor the voltage of each single battery, dynamically estimate the battery pack capacity, dynamically monitor the battery pack temperature, and dynamically detect all battery pack information;

2. The training platform adopts the battery management system of new energy pure electric vehicles. It is carefully developed to meet the teaching needs of new energy vehicles. This training platform is equipped with an operation detection panel, a movable stand, an Internet of Things intelligent information vocational education training management platform, a full set of BMS battery management system, a power battery pack assembly, etc.;

3. The teaching panel is equipped with a complete color circuit diagram of each system. Students can intuitively compare the display detection panel and the real object of the pure electric vehicle battery management system, understand and analyze the working principle of the battery management system, which can facilitate teachers to be more intuitive Explain system knowledge;

4. Remove the dust cover of the power battery from the original car technology, and use high-transparency acrylic plate to transparently model the power battery shell through hot forming technology, which is completely in line with the original car layout. The internal lighting design of the high-transparency acrylic cover can intuitively understand the internal structure, layout, and connection method of the battery pack. The high-transparency acrylic cover can be used for principle teaching under the premise of ensuring safety;

5. The teaching panel is equipped with component names, computer lead terminals, dynamic display devices, etc., and multimeters and oscilloscopes can be used to detect the resistance, voltage, frequency, and waveform of each electrical component; It is convenient for teachers to explain and measure more intuitively;

6. The frame is spliced with high-grade aluminum alloy profiles, and the frame is equipped with an operating platform to place tools, materials and other items for convenient teaching;

7. The training table is equipped with a power emergency stop switch and a protective net to facilitate cutting off the main power supply and safety protection in an emergency;

8. The training table is equipped with Equipped with power switch, protective net and other safety protection devices, convenient for cutting off the main power supply and carrying out safety protection;

9. Equipped with equipment training instructions, the contents of the manual include daily maintenance, repair information, fault setting information, operation specifications, operation procedures, operation precautions, etc. of the equipment;

10. The equipment is equipped with a training QR code. Teachers and students can use the vocational education teaching information mobile platform (APP) to scan the QR code to watch the teaching video of this stand, including: equipment use specifications, operation precautions, equipment maintenance methods, etc.;

11. Training projects: 1. Can intuitively understand the internal structure, layout, and connection method of the battery pack. The transparent shell can be used for principle teaching under the premise of ensuring safety; 2. Dynamic data analysis, fault diagnosis and troubleshooting of the battery management (BMS) system; 3. Static data analysis, fault diagnosis and troubleshooting of the battery management (BMS) system; 4. Battery management (BMS) system CAN coordination 5. Analysis of data, fault diagnosis and troubleshooting of single battery data in the battery management (BMS) system; 6. Analysis of data in power battery groups, fault diagnosis and troubleshooting; 7. Training on the plugging and unplugging methods of high and low voltage connectors of power battery packs; 8. Understand the structure and working principle of the power battery power system; 9. Understand the real-time data reading function of BMS, such as reading the voltage, temperature and SOC data of the power battery and the working status analysis; 10. Understand the command and power management, thermal management, online power balancing and other functions of BMS for power batteries under load; 11. Master the charging and discharging methods of power batteries; 12. Understand the data changes during battery charging; 13. Master the fault diagnosis of power battery modules; 14. Learn the data changes of power batteries and the response principle of BMS; 15. Master the maintenance and detection methods of power battery systems;

12. IoT Intelligent Informatization Vocational Education Training Management Platform