This paper presents a basic study about the control ability of LNG thermal power plant driven by Motor‐assisting Gas Turbine (MGT) for frequency stabilization of power grid system. An analytical model of the regulation system with assisting motor and gas turbine is developed, and its performance for frequency stabilization under fluctuating power due to renewable energy sources is investigated by numerical simulation analyses.

中文翻译：

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燃气轮机热电厂风电场输出引起的电力系统频率波动稳定控制的仿真分析

本文对电动辅助燃气轮机（MGT）驱动的LNG火力发电厂控制电网系统频率的能力进行了基础研究。建立了带有辅助电动机和燃气轮机的调节系统的分析模型，并通过数值模拟研究了其在可再生能源引起的功率波动下的频率稳定性能。