Sizing of isolated wind-electrolyzer systems by use of a probalistic method
作者： Magnus Korpaas , Terje Gjengedal , Lars Nesje Grimsmo
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摘要: Wind Power is currently the fastest growing energy source in world. Norway one of best-situated European countries for using wind power, and several large-scale farms are given concession. If power combined with other sources and/or storage systems, may also be a realistic isolated systems. This paper has focused on small wind-hydrogen system comprising turbine, battery storage, an electrolyser, compressor, hydrogen tank filling station vehicles. conditions changing time day, season year. At same time, electrolyser require stable strict operational conditions, which might impose limitations dynamic utilisation electrolyser. presented new methodology taking stochastic nature into account when dimensioning system. The method was implemented MatLab used case study, focus component sizing cost delivered hydrogen.
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