AN EVALUATION ON SOLAR POWERED HYDROGEN PRODUCTION

Year 2018, Volume: 3 Issue: 2, 26 - 35, 01.01.2019

Kenan Saka , Ahmet Serhan Canbolat

Abstract

Hydrogen is considered the lightest, simplest and
most plentiful element in the universe. It can be a source of new, renewable
and almost the cleanest fuel of the future. Also, solar energy has a
significant share among renewable energy source. Especially photovoltaic power
plants represent a good solution concerning electric energy supply. Turkey is
looking for environment friendly renewable energy sources like most country. Photovoltaic
power plants can be a sustainable energy source with huge potential for Turkey.
Bursa province is located in the northwestern region and there are more
efficient regions in terms of solar energy such as south region in Turkey. Soğuksu
photovoltaic solar power plant is the first large scale power plant with 7 MW peak
power in Bursa. In this study, generation values of a power plant were observed
under actual operating conditions. The generation data showing the actual daily
electricity generation values have been recorded in the library of the plant.
This data has been used to investigation of daily hydrogen production
performance of the power plant in theoretically. Proton Exchange Membrane (PEM)
electrolyzer was selected for electrolysis of water. According to results, the maximum
mass flow of hydrogen production can be 0.0625 kgs^-1H₂
for peak load and the electrolyzer can produce 1630 kg hydrogen in a clear
summer day.

Keywords

Hydrogen production, PEM electrolyzer, solar energy, electricity generation

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