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Control-strategy design for frequency control in autonomous smart microgrids

机译:自主智能微电网中频率控制的控制策略设计

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Synchronous Machines of large power plants are responsible for setting the system frequency. This frequency allows the coordination and operation of the various Power Systems' (PS) elements. However, due to the expected development of Distributed Generation a Microgrid (MG) may lack Synchronous Generation losing the capability of isolated operation. This paper proposes a control strategy for Converter-Coupled Distributed Generation to ensure stable operation of isolated MG even in the absence of Synchronous Generation.
机译:大型发电厂的同步机负责设置系统频率。该频率允许各种电力系统(PS)元件的协调和操作。然而,由于分布生成的预期发展,微电网(MG)可能缺乏同步产生失去隔离操作的能力。本文提出了一种用于转换器耦合分布式发电的控制策略,以确保即使在没有同步产生的情况下也能够稳定地运行分离的mg。

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