Promotion of renewable energy such as a photovoltaic generation (PV) is accelerated in the world; however, demand and supply balancing and voltage profile in power system may become worse by generation of renewable energy varied depend on weather condition. Therefore, alternative resources for demand and supply balancing and voltage regulation would be required and hydrogen supplying equipment known as power to gas (P2G), which can regulate active and reactive power by self‐commutation type converter is considered as one of alternative resources. The authors focus on a microgrid including hydrogen supplying equipment for participating demand and supply regulation market and regulating voltage profile in power system. This paper proposes novel method to operate effective and economically for contributing demand and supply regulation and voltage regulation and reveals regulation ability and economic effects obtained by contributing power system operation through numerical case studies in microgrid interconnected to power system.

中文翻译：

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包括供氢设备在内的微电网在电力系统运行中的运行研究

在世界范围内，促进了诸如光伏发电（PV）等可再生能源的推广；但是，由于天气条件的不同，可再生能源的发电量会导致电力系统中的供需平衡和电压曲线变差。因此，将需要用于供需平衡和电压调节的替代资源，并且可以通过自换向型转换器调节有功和无功功率的氢气供应设备（P2G）被视为替代资源之一。作者专注于一个微电网，该微电网包括用于参与需求和供应调节市场以及调节电力系统中的电压曲线的氢气供应设备。