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Matrix Type BESS Testing System (3x2.5 MW)
Matrix Type BESS Testing System (3x2.5 MW)
Place of Origin:CHINA
Brand Name:AWT
Certification:As required
Model Number:AWT-1000/040-200-2CH
Minimum Order Quantity:1Send an Inquiry
Price:Send an Inquiry
Standard Packaging:Standard Export Wooden Case Packaging
Delivery Time:7-10 Days
Payment Terms:T/T
Supply Ability:50sets per month
Product Details
2×2.5 MW:
High-power Charge And Discharge Testing For Lithium Battery Cells And Packs.
0.5‰ High-Precision Calibration:
High-precision Voltage And Current Calibration For Accurate Test Results.
Smooth CC/CV Transition:
Four-wire Sensing And Soft-start Control For Stable Charging.
Intelligent Precision Ranging:
Automatic Range Switching Maintains Accuracy Across Different Test Stages.
Modular Channel Configuration:
Flexible Channels Support Independent Configuration And Parallel Operation.
Real-Time Temperature Protection:
Continuous Battery Temperature Monitoring Enhances Testing Safety.
Advanced Thermal Management:
Dual-fan Forced Cooling Supports Stable Long-term Operation.
Multi-Battery Compatibility:
Adjustable Fixtures Accommodate Different Cell And Battery Pack Formats.
Product Description
Detailed Specifications & Features
Matrix-Type BESS Testing System (2*2.5 MW)
the system integrates multiple high-precision DC energy storage converters, AC/DC bidirectional regenerative converters with loss compensation, and a high-voltage DC bus. This architecture enables the simulation of complex energy flow scenarios and provides reliable, high-performance testing for various types of energy storage equipment.
System Functions
- Battery pack capacity testing
- Battery pack charge/discharge performance testing
- Battery pack charge/discharge efficiency analysis
- State-of-charge (SOC) retention and recovery capability testing
- Battery pack cycle life testing, including multi-channel cycling tests
- Temperature characteristic testing of battery packs
- DC internal resistance measurement
- Pulse charge/discharge response testing
- Dynamic working condition simulation testing
- Overcharge and over-discharge rate endurance testing
System Advantages (During Testing)
- High efficiency in feeding power back to the grid
- Patent-grade common DC bus topology enabling energy transfer between channels on the DC side
- DSP + IGBT-based power control architecture for fast and precise energy management
- Margin-based real-time power control algorithm ensures stable and reliable operation
- Configurable output voltage, current, and power ranges, compatible with various battery specifications and models
- 25-year hardware design lifespan (full system uses IGBT modules and film capacitors to ensure product quality)
- Adaptive AC grid connection technology, eliminating the need to distinguish power grid phase sequence
- Advanced software-based phase-locked control technology with active rectification and inversion; total harmonic distortion of input current (THDI) ≤ 5%

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