EVB11 - Electric Vehicle Drive System Assembly and Connection Training Bench

Product Overview

This training equipment is a comprehensive teaching platform for electric vehicle drive and charging systems, designed to help students and technicians deeply understand the drive and charging systems of electric vehicles. The device adopts a modular design, with components logically arranged on the panel, and offers convenient plug-and-play connections for practical operation and teaching demonstrations.

Features

1. The components on the device, such as the motor and controller, power battery pack, etc., are clearly laid out on the panel and equipped with plug-and-play connection ports for ease of experimental operations.

2. Detailed circuit diagrams are printed on the panel, facilitating students to practically operate based on the wiring principles of the motor drive system.

3. The device supports practical training for various electric vehicle charging and driving systems, including charging control processes and the working principles of motor controllers.

4. Equipped with a movable stand and self-locking casters, making it convenient to move and use in different teaching environments.

Specifications

• Dimensions: 1500×600×1700mm (Length × Width × Height)

• Working Voltage: DC36V

• Working Temperature: -20℃ to 60℃

Components

• Motor and Controller

• Power Battery Pack

• Throttle Pedal

• Gear Switch

• Onboard Charger

• DC-DC Converter

• Battery Management System Display

• High-Voltage Connection Cable

• Low-Voltage Connection Cable

Educational Objectives

1. Enable students to understand the composition and working principles of electric vehicle charging and driving systems.

2. Learn the working process of the motor controller and comprehend the relationship between DC bus voltage and three-phase AC voltage changes.

3. Master the working principles and operation methods of the DC/DC converter and the battery management system.

4. Through practical operation, understand and master the composition and wiring of the high-voltage distribution system of electric vehicles, as well as the working principles and wiring methods of the electronic throttle pedal.