EVB07 - Electric Vehicle Drive Control System Experiment Platform

Product OverviewThis training device is an advanced electric vehicle drive motor control system teaching platform, mounted on a movable stand with self-locking casters for ease of use at any location in a teaching environment. It is designed to help students and technicians intuitively understand and operate the core drive components of electric vehicles, deepening their understanding of electric vehicle technology.

Key Features

1. Provides test points for every control and signal line, facilitating the measurement of key data such as resistance, voltage, and current.

2. The device can be started to comprehensively demonstrate various operating conditions of the drive motor, enhancing learning interaction.

3. The panel is equipped with detailed electrical schematics, clearly displaying the workings of the DC/DC converter and motor controller.

4. Supports fault detection and signal acquisition experiments, enhancing diagnostic and practical skills.

5. The equipment base is made of steel or aluminum, ensuring a sturdy structure.

Specifications

• Dimensions: 1500mm × 600mm × 1700mm (L × W × H)

• Working Voltage: DC 72V

• Operating Temperature Range: -20°C to 60°C

Components

• Direct Current Permanent Magnet Synchronous Motor

• Motor Controller

• DC-DC Power Conversion Module

• Power Battery Pack

• Onboard Charger

• High Voltage Distribution Box

• Accelerator Pedal

• Gear Switch

• Intelligent Fault Setting System

Educational Objectives

1. Gain an in-depth understanding and learn about battery output voltage display and communication fault detection.

2. Conduct motor signal acquisition experiments (resistance, voltage, current, etc.), deepening understanding of the motor's structure.

3. Learn about the high-voltage safety operations of electric vehicle motors and motor controllers, as well as the disassembly and testing of high-voltage components of electric vehicles.

4. Master the working principles of the DC/DC converter, enhancing comprehensive knowledge and operational skills in the core technology of electric vehicles.