Product Overview

The Li-ion Cell Testing Lab 5V10mA 8Ch is an advanced testing platform designed to comprehensively evaluate the performance, efficiency, and durability of lithium-ion cells. Equipped with 8 channels, this lab setup allows for simultaneous testing of multiple cells, ensuring accurate and reliable data collection across various parameters.  

This testing lab is ideal for conducting a wide range of experiments, including:  

  1. Charging capacity at different C-rates: Assess how the cell performs under various charging rates to determine its capacity and efficiency.
  2. Discharging capacity at different C-rates: Measure the cell’s discharging behavior to understand its performance under different load conditions.
  3. HPPC test: Perform Hybrid Pulse Power Characterization to evaluate the dynamic power and energy performance of the cell.
  4. Charging & Discharging efficiency at different C-rates: Analyze the energy efficiency during both charging and discharging cycles at various C-rates. 
  5.  Determine the internal resistance of the cell, which is critical for understanding its overall health and performance.
  6. Cycling aging test: EvaluaDC Internal resistance calculation:te the long-term durability and capacity fade of the cell through repeated charging and discharging cycles.
  7. OCV test: Conduct Open Circuit Voltage tests to understand the cell’s voltage characteristics in different states of charge. 


These experiments can be performed at different C-rates, tailored to the specific charging and discharging conditions of the cell. This comprehensive testing approach ensures that you gain a deep understanding of your Li-ion cells' capabilities, making this lab setup an essential tool for research, development, and quality assurance in the battery industry.

Equipment Purpose

  • Evaluate the charging and discharging capacity of coin cells and lab-formed cells at various C-rates.
  • Conduct Hybrid Pulse Power Characterization (HPPC) tests to assess dynamic power and energy performance.
  • Measure DC internal resistance to determine the health and efficiency of cells.
  • Perform cycling aging tests to study long-term durability and capacity fade.
  • Analyze open circuit voltage (OCV) characteristics for a comprehensive understanding of cell behavior.