Water Solar Electrolysis for Hydrogen Production: Electric Caracterisation

Article ID

18EI7

Water Solar Electrolysis for Hydrogen Production: Electric Caracterisation

Romdhane Ben Slama
Romdhane Ben Slama University of Gabes
Nabil Bou Azizi
Nabil Bou Azizi
Yassine Hamouda
Yassine Hamouda
Saif Eddine Jawadi
Saif Eddine Jawadi
DOI

Abstract

The hydrogen production by water electrolysis consumes electric power (much even). To make this process profitable, we exploited two parameters: the origin of the consumed current and the optimization of the power supply. Indeed, the current is renewable origin (photovoltaic). The connection in parallel of the electrolysers with the photovoltaic module made it possible to increase the production of hydrogen while reducing the electric power consumption. In addition, the use of a voltage regulator made it possible to stabilize the voltage and thus to maintain the hydrogen production on a constant level during all the day.

Water Solar Electrolysis for Hydrogen Production: Electric Caracterisation

The hydrogen production by water electrolysis consumes electric power (much even). To make this process profitable, we exploited two parameters: the origin of the consumed current and the optimization of the power supply. Indeed, the current is renewable origin (photovoltaic). The connection in parallel of the electrolysers with the photovoltaic module made it possible to increase the production of hydrogen while reducing the electric power consumption. In addition, the use of a voltage regulator made it possible to stabilize the voltage and thus to maintain the hydrogen production on a constant level during all the day.

Romdhane Ben Slama
Romdhane Ben Slama University of Gabes
Nabil Bou Azizi
Nabil Bou Azizi
Yassine Hamouda
Yassine Hamouda
Saif Eddine Jawadi
Saif Eddine Jawadi

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Romdhane Ben Slama. 2014. “. Global Journal of Science Frontier Research – H: Environment & Environmental geology GJSFR-H Volume 14 (GJSFR Volume 14 Issue H5): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 14 Issue H5
Pg. 47- 55
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Water Solar Electrolysis for Hydrogen Production: Electric Caracterisation

Romdhane Ben Slama
Romdhane Ben Slama University of Gabes
Nabil Bou Azizi
Nabil Bou Azizi
Yassine Hamouda
Yassine Hamouda
Saif Eddine Jawadi
Saif Eddine Jawadi

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