一种基于有功功率前馈补偿的下垂控制变换器功率解耦方法

In grid-forming (GFM) control, the natural coupling between active and reactive power degrades reactive power control accuracy, limits power support capability, and slows down dynamic processes. To address this issue, this article proposes a power decoupling method based on active power feedforward compensation for droop control converters, which eliminates power coupling across all four quadrants...