EVB02 - Electric Vehicle Energy Management Demonstration Teaching Board
Product Overview
This Electric Vehicle Energy Management Teaching System is a comprehensive practical training device designed to simulate the energy management and flow direction of electric vehicles under different driving conditions, aiding learners in gaining a deep understanding of the energy management system of electric vehicles. The system integrates various control switches, display instruments, and simulation motors, mounted on a movable stand, making it suitable for professional teaching and skill training in educational and training institutions.
Rich in functionality, it can dynamically simulate the energy flow direction and motor operation status of an electric vehicle during startup, low-speed driving, regular driving, full-speed driving, decelerating, and parking.
The panel is equipped with an ignition switch, condition switch, throttle pedal, gear shift switch, brake switch, digital tachometer, current indicator, etc., dynamically displaying the system flow direction through LED lights.
It uses a standard 220V AC power supply, with internal circuit transforming and rectifying to 12V DC, featuring short-circuit protection.
The training platform is installed on a movable stand, easy to move and adjust, suitable for various teaching environments.
Dimensions: 1500mm (Length) × 600mm (Width) × 1700mm (Height).
Working Voltage: DC 12V.
Operating Temperature Range: -20°C to 60°C.
Components
The Electric Vehicle Energy Management Teaching System comprises key components such as a simulated brushless DC motor, ignition switch, gear simulation switch, condition lock button, brake switch, throttle pedal, motor speedometer, and analog current meter, integrated on a movable stand for ease of operation and display.
Enable students to visually recognize and understand the composition and working principles of the electric vehicle energy management system.
Through simulating different driving conditions, students can observe and analyze the flow direction and management methods of energy in electric vehicles.
Cultivate students' practical skills in energy conversion, management, and fault diagnosis of electric vehicle energy management systems, laying a solid foundation for their future careers or further studies.
