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Characterization of Fuel cells using Electrochemical Impedance Spectroscopy

Characterization of Fuel cells using Electrochemical Impedance Spectroscopy

Unlock Deeper Insights into Fuel Cell Performance with Advanced Impedance Spectroscopy

Precise characterization of fuel cells is essential for optimizing performance, durability and efficiency in energy storage and hydrogen applications. The Solartron CellTest® System offers a unique solution for fuel cell impedance spectroscopy, enabling researchers to perform high-current testing and electrochemical impedance analysis without the need for external boosters.

Key Features of Fuel Cell Impedance Spectroscopy with CellTest® System

  • High Current Battery Testing Capability:Supports up to 32A using parallel channels without any external hardware.
  • Parallel Power Supply Configuration: Floating electrode design enables safe current distribution across all channels.
  • Fuel Cell Impedance Spectroscopy (EIS): Allows impedance tests on one channel while others apply DC load ideally.
  • Programmable Power Supply for Battery Testing: Customize current per channel using CellTest software for precise control.
  • Multiple Device Capability: Suitable for testing fuel cells, supercapacitors, and low-to-medium power batteries.

Discover how to perform advanced fuel cell impedance spectroscopy using the Solartron CellTest® System.

Download the Application Note now