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XWELL XW-5V300A16CH Energy Feedback Prismatic Battery Cell Grading Machine 300A 16CH Bidirectional Power Test Equipment

XWELL XW-5V300A16CH Energy Feedback Prismatic Battery Cell Grading Machine 300A 16CH Bidirectional Power Test Equipment

Brand Name: XWELL
Model Number: XW-5V300A16CH
MOQ: 1 Set
Price: Contact for Pricing
Packaging Details: Wooden Case Export Packaging
Payment Terms: T/T, L/C, Western Union
Detail Information
Place of Origin:
Guangdong, China
Certification:
CE
Equipment Model:
XW-5V300A16CH
Channels:
16 Channels
Charge/Discharge Current Range:
600mA~300A
Voltage Measurement Range:
DC 0V~5V
Voltage Measurement Accuracy:
±(0.5‰ Reading + 0.5‰ Full Scale)
Current Measurement Accuracy:
±(0.5‰ Reading + 0.5‰ Full Scale)
Voltage Resolution:
0.1mV
Current Resolution:
1mA
Power Supply:
AC380±10%/50Hz/3P
Power:
≤30KW
Device Size:
L1120×W1420×H1909mm
Supply Ability:
50 Sets per Month
Highlight:

prismatic battery cell grading machine 300A

,

bidirectional power test equipment 16CH

,

battery grading machine with energy feedback

Product Description

Product Overview

Battery cell grading operations in production environments involve continuous charge and discharge cycles that generate discharge energy. The XWELL XW-5V300A16CH Prismatic Battery Cell Grading Machine addresses this through a bidirectional power supply design with energy feedback regeneration function. During discharge cycles, energy is fed back to the grid rather than dissipated as heat. This design, combined with 16 independent channels operating at up to 300A per channel, provides a testing platform for prismatic battery cells used in energy storage and electric vehicle applications.

Key Features

Bidirectional Power Supply with Energy Feedback Regeneration

The system incorporates a bidirectional power supply design that enables energy feedback regeneration during battery discharge. Discharge energy is converted and fed back to the AC power grid, with the energy feedback function achieving regeneration efficiency exceeding 60% as specified in the equipment documentation.

Field Effect Tube Power Stage Design

The power stage uses field effect transistors (FETs) selected for compatibility with lower voltage discharge applications, including lithium iron phosphate (LiFePO4) batteries. This power stage design supports the bidirectional energy flow required for the energy feedback regeneration function across all 16 channels.

16-Channel Independent Operation

Each of the 16 channels operates as a single-point independent source with its own constant current and constant voltage control. Channels can be started, stopped, paused, and continued independently, with real-time status monitoring and fault indication per channel.

Power Failure Protection with Data Breakpoint Recovery

The equipment includes power failure protection that preserves test data and operational state. Upon power restoration, the system resumes the original workflow from the interruption point, preventing data loss during extended battery grading cycles.

Comprehensive Protection Functions

Built-in protection covers overvoltage, undervoltage, overcurrent, undercurrent, and overcapacity conditions. When any channel detects an abnormal condition, that channel stops operation and activates its indicator light while other channels continue testing.

64-Step Process Programming Capability

The system supports configuration of 64 process step parameters with up to 256 cycles. Charge and discharge modes include constant current, constant voltage, constant current constant voltage, constant power, and constant resistance settings.

Technical Specifications

ParameterSpecification
Power SupplyAC380±10%/50Hz/3P
Power≤30KW
Channels16 channels
Charge/Discharge Voltage RangeDC 0mV~4.5V / DC 2V~4.5V
Constant Voltage RangeDC 2~4.5V
Voltage Measurement RangeDC 0V~5V
Charge/Discharge Current Range600mA~300A
Voltage Measurement Control Accuracy±(0.5‰ reading + 0.5‰ full scale)
Current Measurement Control Accuracy±(0.5‰ reading + 0.5‰ full scale)
Voltage Resolution0.1mV
Current Resolution1mA
Time Measurement Control Accuracy≤±0.1%
Charge/Discharge ModeConstant current, constant voltage, constant current constant voltage, constant power, constant resistance
Charging Cut-Off ConditionVoltage, current, time, capacity, -ΔV
Discharge Cut-Off ConditionVoltage, time, capacity
Process Settings64 process step parameters and 256 cycles can be set
Cell SpecificationPole distance: 50-170mm; Length: 90-220mm; Thickness: 15-100mm; Height: 80-310mm
Control MethodComputer control equipment operation, whole cabinet control, with scanning system
ProtectionOvervoltage, undervoltage, overcurrent, undercurrent, overcapacity protection, power failure protection, data breakpoint recovery
Device SizeL1120*W1420*H1909mm

Working Applications

The XW-5V300A16CH is applicable for prismatic battery cell grading and testing in electric vehicle battery production, energy storage system manufacturing, and industrial lithium battery applications. It handles cells with pole distances from 50mm to 170mm, making it compatible with a range of prismatic cell form factors used in these industries.

Why Choose This Equipment

  • 300A charge and discharge current range across 16 independent channels
  • Voltage measurement accuracy ±(0.5‰ reading + 0.5‰ full scale) with 0.1mV resolution
  • Bidirectional power supply with energy feedback regeneration exceeding 60% efficiency
  • Computer-controlled operation with 1-second interval data recording
  • Comprehensive protection functions with data breakpoint recovery
  • Modular design supporting individual channel maintenance

Contact XWELL

For technical specifications, pricing, and ordering information for the XW-5V300A16CH Prismatic Battery Cell Grading Machine, contact GUANGDONG XWELL TECHNOLOGY CO., LTD.

Website: https://xwellcn.com | Email: sales@xwellcn.com | TEL/WhatsApp/WeChat: +86-18620492985