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"Power-to-Gas" Energy Storage Technology
Gálíček, Radomír ; Špiláček, Michal (referee) ; Poláčik, Ján (advisor)
Climate change is becoming a severe global issue which demands innovative technical solutions. If, in the context of reduction of gaseous carbon emissions, the share of renewable energy resources continued to rise, the need for energy storage would emerge. That could mean a shift towards hydrogen focused technologies. This bachelor’s thesis focuses on Power to gas processes and summarizes means of hydrogen production, storage and transportation. All the mentioned aspects are reviewed from technological and economical point of view. Conventional methods of hydrogen production from fossil fuels are the most common, but usage of electrolysis or biological methods may prove as competitive options in near future. Furthermore, the usage of fuel cells in the field of small-scale cogeneration units is recently going through a phase of dynamic development. The practical part of this thesis focuses on designing a seasonal Power to gas unit for a semi-detached house which is powered exclusively by renewable resources. From numerous variants the best one was chosen and compared to a conventional energy storage using lithium batteries. It is shown that even thou the electrochemical cells are more flexible variant they couldn’t match Power to gas technology in the term of seasonal energy storage.
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Study of Service Activities of the Selected Product within the PLM Module.
Gálíček, Radomír ; Videcká, Zdeňka (referee) ; Jurová, Marie (advisor)
The service part of the product lifecycle plays a crucial role in ensuring customer satisfaction and generating additional revenue for a company. The aim of this work was to summarize the existing knowledge related to product lifecycles, the knowledge arising from successful implementations in the industry, and to evaluate the service support of specific product lines. The subject of the current situation analysis was to formulate recommendations for extending service support based on data analysis to ensure additional revenue for the company.
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Study of Service Activities of the Selected Product within the PLM Module.
Gálíček, Radomír ; Juřica, Pavel (referee) ; Jurová, Marie (advisor)
The service part of the product lifecycle plays a crucial role in ensuring customer satisfaction and generating additional revenue for a company. The aim of this work was to summarize the existing knowledge related to product lifecycles, the knowledge arising from successful implementations in the industry, and to evaluate the service support of specific product lines. The subject of the current situation analysis was to formulate recommendations for extending service contracts based on data analysis to ensure additional revenue for the company.
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"Power-to-Gas" Energy Storage Technology
Gálíček, Radomír ; Špiláček, Michal (referee) ; Poláčik, Ján (advisor)
Climate change is becoming a severe global issue which demands innovative technical solutions. If, in the context of reduction of gaseous carbon emissions, the share of renewable energy resources continued to rise, the need for energy storage would emerge. That could mean a shift towards hydrogen focused technologies. This bachelor’s thesis focuses on Power to gas processes and summarizes means of hydrogen production, storage and transportation. All the mentioned aspects are reviewed from technological and economical point of view. Conventional methods of hydrogen production from fossil fuels are the most common, but usage of electrolysis or biological methods may prove as competitive options in near future. Furthermore, the usage of fuel cells in the field of small-scale cogeneration units is recently going through a phase of dynamic development. The practical part of this thesis focuses on designing a seasonal Power to gas unit for a semi-detached house which is powered exclusively by renewable resources. From numerous variants the best one was chosen and compared to a conventional energy storage using lithium batteries. It is shown that even thou the electrochemical cells are more flexible variant they couldn’t match Power to gas technology in the term of seasonal energy storage.
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