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Stability Analysis of DC Microgrids With Switched Events

机译:切换事件DC微电网的稳定性分析

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This paper analyzes the stability of a direct current microgrid with a decentralized switched control using differential-algebraic equations and Lyapunov functions. The decentralized controllers regulate the voltage, achieve the power-sharing condition, and guaranty the non-Zeno condition. They also fulfill the droop-control condition for optimal power dispatch. The event of either connecting or disconnecting a converter is analyzed as a switched event. It is shown that the system is asymptotically stable under this class of switching events after either connecting or disconnecting a distributed generator.
机译:本文分析了使用差分代数方程和Lyapunov函数的分散式开关控制的直流微电网的稳定性。 分散的控制器调节电压,实现功率共享条件,并保证非Zeno条件。 它们还满足了DROOP控制条件以获得最佳功率调度。 分析连接或断开转换器的事件作为交换事件。 结果表明,在连接或断开分布式发电机之后,该系统在这类切换事件下渐近稳定。

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