These large-scale automotive training panels are designed for workshops or exhibition spaces, showcasing complex vehicle systems using real, functional components mounted on durable, rigid backboards suitable for full-size wall installation. They serve as educational tools by visually mapping the structure and operation of systems such as high-voltage EV powertrains and vehicle body electronics, with illuminated wiring and components that clearly demonstrate interconnections and system responses for a comprehensive learning experience. The premium design and integrated illumination give any showroom or workshop a high-end, professional appearance, making the space both visually striking and inspiring for visitors and trainees.
Includes front combination lights, rear combination lights, electric mirrors, audio system, central door locks, wiper motor, window lift motors, and control components including combination switches, touch screen, door lock control switches, window lift switches, electric mirror control switches, lighting control switches, and body control modules.
The panel illustrates the layout and connections of an electric vehicle’s high-voltage system, featuring drive motors, motor controllers, a power battery assembly, high-voltage distribution components, and charging interfaces. Clearly arranged components and colour-coded pathways help learners understand power distribution, energy flow, and the relationships between key systems during charging and vehicle operation.
The panel displays the thermal management circuit diagram and is equipped with a water pump, three-way valve, radiator, and heat exchanger, air conditioning evaporator assembly, fan, electric compressor, thermal management integrated module, and other components arranged logically for visual observation of system operation.
The panel illustrates the layout and working principles of a hydrogen fuel cell vehicle, featuring hydrogen storage tanks, a fuel cell assembly, battery modules, an electric drive motor, and associated cooling and control components. Clearly marked pathways and logically arranged components help learners understand hydrogen supply, electrical energy flow, and the relationships between key vehicle systems.