The authors focus on a microgrid (MG) including hydrogen production processes as a part of demand. The studied MG consists of a photovoltaic (PV), a battery storage system, two different type electrolyzers, and electric/fuel steam boilers and supplies for the electric, thermal and hydrogen demands. This paper proposes detailed operation scheme which consists of two stages, namely, the day ahead scheduling and the real‐time (RT) control. The day ahead scheduling optimizes the operations of system components in the next day based on the forecasts for PV output and demands. The RT control provides the actual control command to individual system component based on the actual PV output and demands monitored online. The effectiveness of the proposed scheme is ascertained through some computational case studies. Performance of the proposed scheme is evaluated in terms of the total energy cost, the curtailed PV output and the hydrogen production volume.

中文翻译：

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微电网的两阶段运行方案，其中包括将氢气生产作为需求的一部分

作者专注于微电网（MG），其中包括氢气生产过程作为需求的一部分。所研究的MG由光伏（PV），电池存储系统，两种不同类型的电解器以及电/燃料蒸汽锅炉和满足电，​​热和氢需求的电源组成。本文提出了详细的操作方案，该方案包括两个阶段，即提前调度和实时（RT）控制。提前一天的调度基于对光伏输出和需求的预测来优化第二天系统组件的操作。RT控制根据实际的PV输出和在线监控的需求向各个系统组件提供实际的控制命令。通过一些计算案例研究确定了该方案的有效性。