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Green Hydrogen (Wind & Solar) from Water Electrolysis.

Versión 4.0.1 (4.62 MB) por Juan Sagarduy
Simscape conceptual electrolyzer converting water and electricity (wind and solar renewable sources) into hydrogen gas.
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Actualizado 13 Jun 2022

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This is a conceptual model representing electrolysis, the conversion of electrical energy (wind & solar) and water into hydrogen gas. In this update (4.0.1), electric power conversion gets even more emphasis.
The electrolyser consists of a water tank that can be refilled continuously upon need (conductivity increase in the solution may be accounted for). The temperature of the water is regulated by diverted current through a thermal resistor. Hydrogen generated is extracted into a storage tank modelled as a gas chamber with a constant storage temperature..
https://youtu.be/GEgnwSWiB9Y

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Juan Sagarduy (2023). Green Hydrogen (Wind & Solar) from Water Electrolysis. (https://www.mathworks.com/matlabcentral/fileexchange/53428-green-hydrogen-wind-solar-from-water-electrolysis), MATLAB Central File Exchange. Recuperado .

Compatibilidad con la versión de MATLAB
Se creó con R2022a
Compatible con cualquier versión
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green_H2_Files_22a/SOLAR_2_H2

green_H2_Files_22a/SOLAR_2_H2/parameters

green_H2_Files_22a/WIND_2_H2

green_H2_Files_22a/WIND_2_H2/parameters

green_H2_Files_22a/SOLAR_2_H2

green_H2_Files_22a/WIND_2_H2

Versión Publicado Notas de la versión
4.0.1

Adding green hydrogen production from wind-based micro-grids. Major update.
3.0.1.2

Upgrade to R2022a.
3.0.1.1

Editing Correction (Distance anode-cathode).

3.0.1.0

Output signal for pH of the solution in the electrolyser tank now accessible.

3.0.0.3

Updated description of the content in the submission.
3.0.0.2

Upgraded material to 2021b

3.0.0.1

Adding a DC micro-grid model including solar, energy storage (battery) & electrolyzer.
3.0.0.0

Updated content - Hydrogen generation through electrolysis.
2.0.0.0

Upgrading the files to R2020a.

1.0.0.0