Applications

Battery

Cell

Electrochemical impedance spectroscopy (EIS) is a key technique for battery research, for example on lithium-ion, sodium-ion, and solid-state cells. It separates the individual processes inside a cell, such as ohmic resistance, charge-transfer resistance, and solid-state diffusion. Because these processes change as a cell ages, EIS provides sensitive impedance signatures for studying degradation, capacity fade, and state of health (SoH).

The EIS-capable PP2x2 series power potentiostat provides a flexible 200 W solution for battery cell characterization. Systems are available with current ranges of ±10 A, ±20 A, or ±40 A.

The optional PAD42 card extension enables synchronous half-cell characterization.

The system can be controlled through Zahner Lab software or integrated into automated setups via C++, Python, or WebSockets.

The PP2x2 series power potentiostat is used as an extension of an IM7 or IM7x potentiostat.

EIS-capable potentiostat with 10 A range for battery cell research
EIS-capable potentiostat with 20 A range for battery cell research
EIS-capable potentiostat with 40 A range for battery cell research

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