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Electric Bus Panel Trainer
Prepare students to investigate the electrical, control, and charging systems used in modern electric buses. The Electric Bus Panel Trainer (745-01) provides hands-on experience with high- and low-voltage systems, CAN Bus communication, regenerative braking, fluid power, DC fast charging, battery management, and electric bus diagnostics.
The Electric Bus Panel Trainer (745-01) from LJ Create provides students with a practical simulation of an electric bus electrical system for demonstration, investigation, and fault finding. The trainer simulates mechanical operation and provides a visual representation of electrical power flow, helping students understand how multiple systems work together in an electric heavy vehicle.
Students can investigate electrical circuits using safe-voltage test points while working with realistic electric bus controls, CAN Bus communication, charging, regenerative braking, and other vehicle systems. With 20 manually or automatically inserted faults, students can progress from system operation and measurement to increasingly complex diagnostic and troubleshooting activities.
Features
- Electric bus system simulation combines mechanical operation with electrical power flow.
- Integrated dashboard and scan tool display operating conditions, diagnostic trouble codes, and real-time CPU data.
- Air brake and accelerator pedals recreate heavy-vehicle control systems.
- High- and low-voltage systems support safe investigation of EV electrical architecture.
- DC fast-charging connection introduces heavy-vehicle charging and communication.
- DC and AC test terminals allow students to perform electrical measurements.
- 20 insertable faults provide extensive electric bus troubleshooting practice.
High- & Low-Voltage Systems
Investigate the operation of electric bus high- and low-voltage electrical systems.
High-Voltage Safety Procedures
Practice procedures for safely disabling the simulated high-voltage system using service disconnects.
Electric Bus CAN Bus Systems
Explore CAN Bus communication and its role in coordinating electric bus systems.
Body Control Module Operation
Investigate the electric bus Body Control Module (BCM) and its role within the vehicle.
Regenerative Braking & Fluid Power
Explore regenerative braking and the fluid power systems used within an electric bus.
Battery Management & Cell Balancing
Investigate cell balancing as part of electric bus battery system operation.
DC Fast Charging & Communication
Explore DC fast charging and communication between an electric bus and charging station.
Electric Bus Fault Finding
Develop systematic diagnostic skills through electric bus system fault-finding activities.
Curriculum & Program Integration
This electric vehicle panel trainer aligns with LJ Create’s Electric Vehicle Technology program, which pairs an engaging curriculum with hands-on learning.
The curriculum for this learning system includes:
- Hands-on training experiments and activities
- Interactive online curriculum and instructional resources
- Teacher support materials and guided learning content
The compact format makes it easy to use as a standalone automotive learning system or integrate into a larger automotive technology program.
Electric Bus Panel Trainer (745-01) Product Details
Trainer Features
- Simulation of mechanical and electrical power flow
- Dashboard with:
- Speed
- RPM
- ECO monitor
- Access control
- Temperature displays
- LCD panel scan tool displaying:
- Diagnostic trouble codes
- Real-time CPU data
- Air brake pedal
- Accelerator pedal
- Gear-shift control
- Park push-button
- Service disconnect plugs
- External temperature control
- Internal temperature control
- Battery temperature control
- DC and AC circuit measurement terminals
- Electric motor driving wheels
- Power flow display
- Port for connection to the LJ Create HGV Charging Panel
- Manual or automatic fault insertion
- 20 available faults
System Includes
- Electric Bus Panel Trainer
- Digital curriculum
- Wall-mounting brackets
- Bench stands
Requirements
- Lab oscilloscope
- Digital multimeter
Technical Specifications
- Trainer Dimensions: Approx. 35.4 × 6.7 × 23.6 in (W × D × H)
Teach Electric and Hybrid Vehicles
LJ Create’s EV & Hybrid AutoLab training solutions provide a comprehensive pathway for teaching electric and hybrid vehicle technology through hands-on trainers, interactive curriculum, and real-world diagnostics. Each trainer in the Hybrid & EV program line can be implemented as an independent training resource to supplement your class or as part of the full LJ Create EV Innovative Lab.
Using LJ Create’s EV and Hybrid learning resources, you can cover everything from electrical fundamentals and high-voltage safety to batteries, motors, charging systems, CAN bus, and complete vehicle systems.
Introducing the LJ Create Electric Vehicle Lab
LJ Create’s EV & Hybrid AutoLab is a complete, scalable training solution that helps schools build modern automotive programs around electric and hybrid vehicle technology. With hands-on trainers, guided curriculum, and multiple levels of instruction, students develop the practical skills needed to safely diagnose, maintain, and understand today’s electrified vehicles.
EV and Hybrid Learning for Every Level
From electrical fundamentals to complete vehicle systems, these automotive training solutions prepare students with the practical skills needed for careers in today’s electrified transportation industry.
EV Electrical and Electronics Fundamentals
Start with the basics by practicing skills students will need as they explore EV concepts. These areas include: circuit protection; conductors, insulators, and earth return; voltage, current, resistance, and power calculations; DC and AC signals; and more!
Complete Vehicle Systems
Teach the operation of complete EV and Hybrid Vehicle systems using desktop panel trainers. Students can “operate” each type of vehicle, measure what is going on during the various modes of operation, and troubleshoot common problems.
Common EV Sub-Systems
Dive deeper into specific EV sub-systems like motors and drives, batteries, and charging systems to teach students who already have the fundamentals down critical EV sub-systems.
