image thumbnail

Fuel Cell/Battery Driven Electric Motor & Hydrogen Transfer

version 4.0.3.0 (2.87 MB) by Juan Sagarduy
Electric Motor fed by Fuel Cell-Battery. Demo model with new fuel cell block (21a). Thermodynamic Analysis of hydrogen transport.

915 Downloads

Updated 22 Oct 2021

View License

Fuel cells are gaining ground as energy sources in various applications (i.e. marine, heavy transport). Safe hydrogen transfer is challenging due to complex thermodynamics. In this simulation kit, you'll find models using the Fuel Cell component block (Simscape Electrical) for component calibration.
The collaboration between battery and fuel cell to supply an electric motor (via respective DC-DC converters) is also showcased. Moreover, the effect of pipe diameter and initial pressures during inter-tank hydrogen transfer is observed while regulation of cooling and compressor units is tackled.
Execute the scripts and run models as specified in the description.

Cite As

Juan Sagarduy (2021). Fuel Cell/Battery Driven Electric Motor & Hydrogen Transfer (https://www.mathworks.com/matlabcentral/fileexchange/59343-fuel-cell-battery-driven-electric-motor-hydrogen-transfer), MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2021b
Compatible with any release
Platform Compatibility
Windows macOS Linux

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Files_FC_Hydrogen_2021b/Battery_FC_Electric_Motor

Files_FC_Hydrogen_2021b/Fuel_Cell_SS_Electrical/Characterization_IV_Curve

Files_FC_Hydrogen_2021b/Fuel_Cell_SS_Electrical/Operating_Profiles

Files_FC_Hydrogen_2021b/H2_transfer_Simscape

Files_FC_Hydrogen_2021b/Battery_FC_Electric_Motor

Files_FC_Hydrogen_2021b/Fuel_Cell_SS_Electrical/Characterization_IV_Curve

Files_FC_Hydrogen_2021b/Fuel_Cell_SS_Electrical/Operating_Profiles

Files_FC_Hydrogen_2021b/H2_transfer_Simscape