MetaLab & MetaView Deployment Platform
Discover the new generation test field deployment platform combining edge computing, augmented reality, and seamless multi-device IoT management for battery testing systems.
MetaLab & MetaView New Generation Test Field Deployment Platform
Innovative test network architecture simplifying equipment deployment and real-time operational monitoring.
Advantages of MetaLab Application
- Zero Software Installation: Pure web-based architecture supporting cross-platform and cross-device usage without local client setup.
- One-Key Smart Scanning: One-key scanning function to rapidly detect, recognize, and complete instrument parameter configuration.
- Edge Computing Automation: Quickly construct and execute automated testing workflows powered by edge-level computing capability.
- Maximum Efficiency & Lean Manpower: Manage the highest density of test stations and instruments with minimal human resources.
- Metaverse Situation Center (MetaView): Rapidly establish a comprehensive visualized test network command center.
- Augmented Reality (AR) On-Site: On-site engineers can instantly retrieve real-time test status and diagnostic data via smartphones or tablets.
Platform Architecture
Complete MetaLab edge and cloud network overview
GMC-1000 Gateway
MetaView IoT Wizard hardware gateway
IoT Integration Module
Compact field controller & sensor node
Situation Center UI
Real-time status, charts and test parameters
Test Topology
Multi-instrument network and rack distribution
AR & Mobile Dashboard
On-site results via smartphone or tablet
Test Field Situation
Large-scale operational testing deployment
Power Battery Road Condition Tests
Dynamic power capability and driving cycle simulation based on international electric vehicle standards (USABC).
Hybrid Pulse Power Characterization (HPPC)
- Purpose
To test the dynamic power output capability of the battery. - Method
Cells are evaluated under different states of charge (SoC) via short-term (10 to 30s) high-rate pulse discharge and charge. - Calculation
Measures the change of potential at every 10% SoC interval to accurately calculate battery internal resistance and power characteristics.
Federal Urban Driving Schedule (FUDS)
- Purpose
To simulate urban cruising and typical city driving conditions. - Working Condition
Uses dynamic power loops to simulate real vehicular load changes and evaluate battery performance during operation. - Test Profile
Continuous cycle with a 1,372-second test profile running end-to-end without rest intervals.
Dynamic Stress Test (DST)
- Purpose
To simulate vehicle start, stop, and rapid acceleration stress. - Working Condition
Derived and simplified from FUDS to perform accelerated dynamic loading simulations using active power loops. - Test Profile
Continuous loop with a 360-second test profile running end-to-end without rest intervals.
Feedback & Inquiries
If you have any comments or questions regarding our battery testing solutions, please feel free to reach out to our team.
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