Key Features:
Multi-Channel Testing: Supports simultaneous testing of multiple battery management systems, improving efficiency and throughput.
High Precision Measurement: Equipped with high-resolution measurement capabilities to ensure accurate data collection and analysis.
Flexible Configuration: Modular design allows for tailored configurations based on specific testing needs.
User-Friendly Interface: Operates on a Windows-based platform with intuitive software for easy setup and operation.
Comprehensive Safety Testing: Facilitates rigorous safety assessments to comply with industry standards.
Software Features:
The software suite provided with the 6020 BMS Test System offers:
Custom Test Profiles: Ability to create and save custom test profiles tailored to specific BMS testing requirements.
Data Logging: Continuous logging of test data for real-time analysis and reporting.
Graphical User Interface (GUI): Easy navigation through a user-friendly GUI for setup, monitoring, and data visualization.
Remote Control: Support for remote operation and monitoring, allowing for flexible testing environments.
Reporting Tools: Automated report generation summarizing test results, performance metrics, and compliance.
Configurations:
The 6020 BMS Test System is available in several configurations to suit different testing environments and requirements:
Basic Configuration
Components:
Mainframe
Basic Load Modules
Power Supply Unit (PSU)
Testing Capabilities:
Voltage Measurement
Current Measurement
Basic Communication Protocol Testing (CAN, RS-485)
Standard Configuration
Components:
All Basic Configuration components
Advanced Load Modules
Precision Power Supply
Precision Power Supply
Enhanced Testing Capabilities:
State of Charge (SOC) and State of Health (SOH) Assessment
Extended Communication Protocol Support
Thermal Management Testing
Advanced Configuration
Components:
All Standard Configuration components
Modular Test Fixtures for various battery packs
Environmental Chamber (optional)
Expanded Testing Capabilities:
Comprehensive SOC and SOH Tests
Lifecycle Testing and Battery Cycling
Advanced Communication Protocols (e.g., I2C, SPI)
Test Capabilities:
The 6020 BMS Test System is capable of performing a wide range of tests, including but not limited to:
Voltage and Current Testing: Accurate measurement of battery pack voltage and current for performance validation.
Thermal Testing: Assessing thermal management strategies and battery behavior under temperature variations.
Safety Testing: Evaluating protection mechanisms, including over-voltage, under-voltage, over-current, and short-circuit tests.
Communication Testing: Verifying communication protocols to ensure reliable data exchange between the battery management system and other components.
Cycle Life Testing: Assessing battery longevity and performance degradation over repeated charge-discharge cycles.
Equipment List:
Basic Configuration Equipment
Mainframe: 6020 BMS Test System Mainframe
Load Modules: Basic Load Modules for voltage and current testing
Power Supply Unit: Adjustable PSU for powering tests
Standard Configuration Equipment
Mainframe: 6020 BMS Test System Mainframe
Load Modules: Advanced Load Modules for dynamic testing
Power Supply: High Precision PSU
Communication Interface: Protocol analyzers for testing CAN and RS-485 communication
Advanced Configuration Equipment
Mainframe: 6020 BMS Test System Mainframe
Load Modules: Modular Test Fixtures for diverse battery pack configurations
Power Supply: High Precision PSU
Environmental Chamber: Optional for temperature-controlled testing
Advanced Communication Interface: Multi-protocol communication support (I2C, SPI)
System Specifications:
Operating Environment: Compatible with Windows 7 or higher.
PC Requirements:
CPU: i5-3470 (3.2GHz) or faster
RAM: 8GB or higher
Storage: 500GB SSD or larger
Monitor: 22″ or larger with a minimum resolution of 1920×1080
Interface: High-Speed USB or RS-232 connections for data transfer.
Applications:
The 6020 BMS Test System is ideal for various applications, including:
Electric Vehicle Battery Management System Testing
Energy Storage System Validation
Development and R&D for Battery Technology
Quality Control in Battery Manufacturing
Safety Assessments for Consumer Electronics