Fuel cells are gaining ground as energy sources in various applications (i.e. automotive). Safe hydrogen transfer is challenging due to complex thermodynamics. In this simulation kit, the effect of pipe diameter and initial pressures during inter-tank hydrogen transfer is observed while regulation of cooling and compressor units is tackled. In the files, you'll also find an electric motor driven by a fuel cell authored with Simscape language and a battery.
Execute the scripts and run models as specified in the description.
Juan Sagarduy (2021). Fuel Cell / Battery Driven Electric Motor & H2 Transfer (https://www.mathworks.com/matlabcentral/fileexchange/59343-fuel-cell-battery-driven-electric-motor-h2-transfer), MATLAB Central File Exchange. Retrieved .
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