EV Batteries and Charging Panel Trainer 741-01
Key Features
- Visualization of HV battery structure and operation
- Simulation and visualization of electrical power flow
- Charge rate selector
- Port for connection to other LJ Create EV Panel Trainers
- Start/Stop button
- Service Disconnect Switch
- Controls for adjusting HV battery temperatures
- Battery stack and onboard charger circuit simulation
- Terminals for DC and AC circuit measurements
- Manual or automatic fault insertion with 16 fault scenarios
Educational Applications
This trainer supports both theoretical and practical training by helping users understand:
- First responder loop and service disconnect procedures
- De-energising process for HV batteries
- Charging methods and charging circuits
- Charge controller operation
- HV battery stack introduction
- HV battery management systems (BMS)
- HV battery modules and cells
- Module controllers and sensing systems
- HV battery cell balancing
- Temperature monitoring and control
Troubleshooting Training
The trainer includes built-in fault simulation for real-world diagnostics practice, including:
- HV battery troubleshooting
- CAN Bus fault diagnosis
- HV distribution system troubleshooting
- Contactor failure diagnosis
- Intermittent cell issue troubleshooting
- Faulty sensor detection
- Charging system fault troubleshooting
Items Included
- EV Batteries and Charging Panel Trainer
- Digital curriculum materials
- Wall mounting brackets
- Bench stands
Additional Equipment Required
- Lab scope
- Digital multimeter
General Specifications
- Trainer Dimensions: 900 × 170 × 600 mm (W × D × H)
- Packed Volume: Approx. 0.316 m³
- Packed Weight: Approx. 26 kg
- Order Code: 741-01 P9613-I
EV Batteries and Charging Panel Trainer
The EV Batteries and Charging Panel Trainer is designed to provide students and instructors with practical hands-on experience in demonstrating, investigating, and fault-finding electric vehicle high-voltage battery systems. This trainer simulates an EV high-voltage battery system, enabling learners to understand battery operation, charging systems, and electrical power flow in a safe and controlled environment.
