Optimization and control of hydrogen and energy flows in a Green Hydrogen Refuelling Stations

H. Dagdougui, A. Ouammi, R. Sacile
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Abstract

In this paper, an optimization model of Green Hydrogen Refuelling Station (GHRS) is presented. The GHRS is powered completely by a wind farm to satisfy predefined hydrogen fuel and electrical energy demands. The model based on a mathematical programming is developed to control both energy and hydrogen flows exchanged among the system components. The optimization model has been applied on one week basis to a case study in the province of Savona, Italy. Optimal results are reported taking into account the presence of an additional hydrogen industrial market and a connection with the electrical network.
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绿色加氢站氢气和能量流动的优化与控制
本文建立了绿色加氢站的优化模型。GHRS完全由风力发电场提供动力,以满足预定的氢燃料和电能需求。建立了基于数学规划的模型来控制系统组件之间交换的能量流和氢流。该优化模型已应用于意大利萨沃纳省的一个为期一周的案例研究。考虑到额外的氢工业市场的存在和与电网的连接,报告了最佳结果。
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