Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction

Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction

  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
Summary
Electrolyte Filling Closed-loop Control AI-Driven System ensures precise battery electrolyte filling with CPK-optimized refilling technology, enhancing yield rates and reducing electrolyte waste by 18%. Designed for EV battery production lines, this smart closed-loop control system supports dual operation modes—highest yield rate mode for legacy equipment and best price/performance ratio mode for new lines—minimizing manual intervention and optimizing filling accuracy. Ideal for CATL-grade battery manufacturing, it delivers stable, intelligent electrolyte re-filling with low consumption and high efficiency.More
Specifications
Re-filling Mode:
Automatic electrolyte re-filling
Yield Rate Optimization:
CPK-optimized refilling
Waste Reduction:
Cut electrolyte waste 18%
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction
  • Electrolyte Filling Closed-loop Control AI-Driven CPK-Optimized Refilling System for EV Battery Production with 18% Waste Reduction

Collect electrolyte filling data and construct an expert model based on indicators such as yield rate and CPK. Intelligent electrolyte re-filling instead of manual analysis and adjustment of re-filling value, so that the actual electrolyte filling volume is close to the target volume.

Automatic electrolyte re-filling instead of manual adjustment, reducing reliance on operator experience and manpower input
Different from common cycle time prediction and PID closed-loop re-filling mode in the market
Best price/performance ratio mode: While ensuring qualified electrolyte filling, the average filling value is kept slightly lower than the target range to reduce electrolyte consumption, applicable to new equipment with high yield rate
Highest yield rate mode: maximize electrolyte filling qualification rate, applicable to old equipment with high NG rate
PCB Terminal Block Pluggable Terminal Block MCS Connector Barrier Terminal Block Dip Switch ODM
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