EVB04B - Intelligent Training Platform for Electric Vehicle Power Battery Management System

Product OverviewThis product is a comprehensive power battery system training device designed to simulate the power battery system of real electric vehicles, providing users with a comprehensive and practical learning and training platform. It integrates multiple functions, including battery management, fault diagnosis, data transmission, etc., and is suitable for educational institutions, research institutions, and technical training centers.

Key Features

1. Component Display Function: Uses standard battery cells and matching electrical components to fully demonstrate the composition of the power battery system.

2. Data Transmission Function: Implements real-time monitoring and management of the battery system through advanced communication technology.

3. Detection Function: Provides multi-station detection, supporting multiple users to operate simultaneously, enhancing interactive training.

4. High Voltage Safety Control Function: Utilizes high safety standard battery cells and protection measures to ensure safety.

5. Battery Management System Control Function: Simulates the real electric vehicle's battery management system to achieve precise control of the battery state.

Specifications

1. Dimensions: 2300mm × 1370mm × 1100mm

2. Working Voltage: Low voltage part DC 12V, Output high voltage DC 78V, Input AC 220V

3. Operating Temperature: -20° to 50°

Components

1. Power Source: Includes lithium iron phosphate battery packs and other core components, simulating the power source system of real electric vehicles.

2. Battery Management System: Contains BMS master control modules and other key components for battery state monitoring and management.

3. Detection and Control Panel: Offers multi-station detection features to meet diverse training needs.

4. Intelligent Fault Setting System: Simulates faults to deepen users' understanding of system fault diagnosis and troubleshooting.

5. Display System: Equipped with a large-size monitor and relevant software for intuitive system status and fault analysis display.

6. Support Platform: Stable structural design, facilitating the installation and use of various components.

Educational Objectives

1. Familiarize with various fault phenomena of power batteries and their troubleshooting methods.

2. Gain in-depth understanding of the internal structure and composition of the power battery pack.

3. Master the principles and applications of the battery management control system.

4. Learn the safety principles and methods for high-voltage operations.

5. Enhance understanding of the characteristics and applications of lithium iron phosphate batteries through practical operation.