SOC Cells

Cell Specification

Detailed specification of the electrolyte-supported cell (ESC), including materials, cell configuration, and representative performance metrics measured under standardized test conditions.

Properties
Value
Cell Type
Electrolyte-Supported Cell (ESC)
Test Mode
SOFC / SOEC / rSOC
Electrolyte
3YSZ (other compositions available: 5YSZ, 8YSZ, 6ScSZ, 10ScSZ, 10Sc1CeSZ)
Fuel Electrode
Ni-based
Air Electrode
LSCF-based
Cell Size
100 cm2 (various sizes available)
Active Area
64 cm2 (various areas available)
OCV at 850℃ *
1.12 V (SOFC)
Power Density *
0.16 ~ 0.18 W/cm2 (SOFC, 850℃)
Current Density *
~0.2 A/cm2 @ 1.3 V (SOEC, 850℃)
* Data measured in-house under controlled conditions

SOFC/SOEC I–V Performance

I–V characteristics of the electrolyte-supported cell (ESC) under SOFC and SOEC operation, highlighting temperature-dependent performance and electrochemical behavior.

rSOC I–V Performance

Reversible I–V behavior of the cell under rSOC operation, highlighting its capability for both SOFC and SOEC modes with temperature-dependent performance.

Electrochemical Impedance Spectroscopy (EIS)

Galvanostatic EIS analysis of the cell, enabling separation of ohmic and polarization resistances and evaluation of temperature-dependent electrochemical behavior.

SEM Cross-Sectional Microstructure

SEM cross-section illustrating the well-defined multi-layer architecture, with a dense YSZ electrolyte and porous Ni-based fuel and LSCF air electrodes.

Porosity Analysis (SEM)

SEM images used for evaluating pore morphology, distribution, and connectivity in both air and fuel electrodes, providing insight into gas diffusion pathways and reaction sites.

Air Electrode Porosity Analysis
Fuel Electrode Porosity Analysis