Hybrid Electric Vehicle Simulator
GTAT-GT009
Delivery:
EXW
minimum order:
1 set
Supply Ability:
30set / Month
Country of Origin:
Guangzhou, China
Stock Time:
45Day
Quantity:
Quotation number: GT2026020506
Specification:
Hybrid Electric Vehicle (HEV) Simulator
Features
Comprehensive Training Set:
Hybrid Electric Vehicle simulator with fuel type included, designed as a complete educational package for automotive training.
Computer-Assisted Panel:
Equipped with a silk-screen mimic diagram for clear visualization and location of components.
Color-Coded Zones:
Different colored zones on the mimic diagram highlight and emphasize various system aspects.
Light Indicators:
Integrated light indicators on the diagram to assess and monitor system control.
Graphic Display:
Computer interface provides graphical display of key parameters such as speed and temperature.
Fault Insertion Capability:
Faults can be introduced through PC software for hands-on troubleshooting and maintenance training.
Technical Specifications
Simulator Panel & Control
Panel Design: Wide silk-screen panel with a color-coded diagram for easy visualization of system components.
Test Jacks: 2 mm jacks for accurate and secure testing connections.
Ignition: Pushbutton ignition key for simulated vehicle start-up.
Operational Control: Selection of operational conditions using potentiometers and pushbuttons.
State Display: LED indicators (single and bar graph) to display system states in real time.
Transmission Simulation: Automatic speed lever with PRNDB positions.
Battery Testing: Integrated battery test points.
Impact Simulation: Pushbutton for simulating collision or system impact scenarios.
Dynamic Display: High-performance graphical display of dynamic parameters on a connected PC.
Connectivity: USB connection to the computer for data transfer and control.
Control Software: Management software with graphical display (to be supplied as standard).
Training Programs Covered
Hybrid Electric Vehicle (HEV) architecture.
Permanent Magnet Synchronous Motor (PMSM) operation.
Battery system operation and management.
Electric motor ECU and engine fuel ECU functionality.
Data network communication between hybrid system components.
Driving modes: engine start, low/high-speed cruising, light/full acceleration, deceleration, braking, and reverse.
Regenerative braking function.
Battery charging system principles and operation.
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