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Subsurface porous media hydrogen storage - scenario development and simulation

机译:地下多孔介质储氢 - 情景开发和仿真

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Subsurface porous media hydrogen storage could be a viable option to mitigate shortages in energy supply from renewable sources. In this work, a scenario for such a storage is developed and the operation is simulated using a numerical model. A hypothetical storage site is developed, based on an actual geological structure. The results of the simulations show that the storage can supply about 20 % of the average demand in electrical energy of the state of Schleswig-Holstein, Germany, for a week-long period.
机译:地下多孔介质储氢可能是可行的可行性源供应短缺的可行选择。 在这项工作中,开发了这种存储的场景,并且使用数值模型进行模拟操作。 基于实际地质结构,开发了一个假设的存储场所。 模拟结果表明,该储存能够为德国石勒苏河霍尔斯坦(Schleswig-Holstein)的电能的平均需求提供大约20%。

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