The purpose of the research is two find the optimal size of a battery and electrolyzer system, that converts all the power into green hydrogen from a 500 MW off-shore wind farm located in Ireland. It is firstly defined a control system, and then algorithms are used to find the optimal number of batteries and electrolyzers that minimise certain objective functions (in particular LCOH).
The purpose of the research is two find the optimal size of a battery and electrolyzer system, that converts all the power into green hydrogen from a 500 MW off-shore wind farm located in Ireland. It is firstly defined a control system, and then algorithms are used to find the optimal number of batteries and electrolyzers that minimise certain objective functions (in particular LCOH).
Optimization of battery and electrolyzer size for a wind to hydrogen plant
ALBARELLO, ALESSANDRO
2022/2023
Abstract
The purpose of the research is two find the optimal size of a battery and electrolyzer system, that converts all the power into green hydrogen from a 500 MW off-shore wind farm located in Ireland. It is firstly defined a control system, and then algorithms are used to find the optimal number of batteries and electrolyzers that minimise certain objective functions (in particular LCOH).| File | Dimensione | Formato | |
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Albarello_Alessandro.pdf
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https://hdl.handle.net/20.500.12608/47279