Klaudia Ligeza

Mrs. Klaudia Ligeza

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Research Focus & Metrics

Academic Career Length

6Years (2021-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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30 August 2023 in Energies
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Journal Article
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KLKlaudia Ligeza
Klaudia Ligeza
MŁMariusz Łaciak
Mariusz Łaciak
BLBartłomiej Ligęza
Bartłomiej Ligęza
In Poland, hydrogen production should be carried out using renewable energy sources, particularly wind energy (as this is the most efficient zero-emission technology available). According to hydrogen demand in Poland and to ensure stability as well as security of energy supply and also the realization of energy policy for the EU, it is necessary to use offshore wind energy for direct hydrogen production. In this study, a centralized offshore hydrogen production system in the Baltic Sea area was presented. The goal of our research was to explore the possibility of producing hydrogen using offshore wind energy. After analyzing wind conditions and calculating the capacity of the proposed wind farm, a 600 MW offshore hydrogen platform was designed along with a pipeline to transport hydrogen to onshore storage facilities. Taking into account Poland’s Baltic Sea area wind conditions with capacity factor between 45 and 50% and having obtained results with highest monthly average output of 3508.85 t of hydrogen, it should be assumed that green hydrogen production will reach profitability most quickly with electricity from offshore wind farms.

31 August 2021 in PRZEMYSŁ CHEMICZNY
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Journal Article
Closed access
KLKlaudia Ligeza
Klaudia Ligeza
Przedstawiono prognozy dotyczące możliwości wykorzystania technologii elektrolizy wody do produkcji wodoru, przy udziale energii z planowanych farm wiatrowych PGE-Baltica na Morzu Bałtyckim. Porównano dwie najbardziej efektywne technologie elektrolizy wody: elektrolizę z membraną polimerową (PEM) oraz stałotlenkową (SOEC), pod kątem możliwości produkcji wodoru dla przewidzianej ilości energii dostarczanej przez poszczególne farmy wiatrowe. W przypadku zastosowania metody SOEC istnieje możliwość uzyskania ok. 14-krotnie większej ilości wodoru niż przy zastosowaniu metody PEM.