EVB09 - Electric Vehicle Battery Energy Recovery Training Platform

Product OverviewThis product is an electric vehicle braking energy recovery training system that provides students with a comprehensive learning platform to understand and operate the core functions of the pure electric vehicle drive system, particularly energy output and recovery. Combining physical components with theoretical learning, the system dynamically simulates energy management under different operating conditions, allowing students to experience and analyze the energy flow and control principles of pure electric vehicles firsthand.

Key Features

• Dynamic Simulation: Demonstrates the working principles of electric vehicle drive energy output and braking energy recovery, and simulates different driving and braking conditions.

• Intuitive Display: LED indicators show the current flow direction of motor drive energy output and braking energy recovery, enabling students to understand the principles of drive control and energy recovery control of motor controllers.

• System Interactivity: LEDs are linked with the motor controller, fully demonstrating the energy conversion process during driving and braking.

• Educational Interaction: Working principle diagrams on the platform panel allow students to directly compare the schematic and physical components of the pure electric vehicle drive system, deepening their understanding of its principles.

• Intelligent Fault Diagnosis: Equipped with an intelligent fault setting system to enhance students' troubleshooting abilities and practical hands-on experience.

Specifications

• Dimensions: 1500mm x 600mm x 1700mm.

• Power Supply: Utilizes a standard AC 220V 50Hz power supply, converting it internally to 12V DC to safely power the device at low voltage, with built-in short-circuit protection.

Components

• Control Switches: Ignition switch, condition switch, throttle pedal, gear switch, brake switch.

• Drive Components: Motor, motor controller, DC controller.

• Display Indicators: LED indicators for dynamic energy flow direction.

• Fault Simulation: Intelligent fault setting system.

Educational Objectives

• Structural Awareness: Understand the structure and operation of the pure electric vehicle drive system.

• Energy Management Principles: Grasp and analyze the working principles of energy output and braking energy recovery in a permanent magnet synchronous motor.

• Characteristic Analysis: Master the characteristics of energy recovery in permanent magnet synchronous motors and their application in pure electric vehicles.

• Practical Operation: Enhance students' knowledge, diagnostic, and maintenance skills concerning the electric vehicle braking energy recovery system through hands-on operation.