Grid-forming (GFM) inverters are dc–ac converters that regulate their ac terminal voltage and
frequency in response to real-time measurements. Recent developments on GFM controls …

In inverter-dominant power systems, grid-forming (GFM) inverters regulate voltage and
frequency. To construct GFM inverters, conventionally, various control methods based on …

Virtual oscillator control (VOC) is a time-domain strategy that leverages the dynamics of
nonlinear oscillator circuits for synchronizing and regulating grid-forming inverters. In this …

Input parallel output series modular dc converters are widely used in high-gain applications,
and interleaving multiple converters can reduce switching ripple. Yet, almost all existing …

Parallel dc–dc converters are commonplace in applications such as computing power
supplies, point of load systems, and dc microgrids. The presence of multiple converters in …

虚拟振荡器控制作为继下垂控制和虚拟同步机控制之后提出的新型多逆变器无互联线并联技术,
因其独特的自同步机制和快速的动态响应性能等特点而成为当前的研究热点. 从控制结构 …

In this article, a decentralized controller, based on the current mode virtual oscillator, is
proposed to control the distributed power filters in dc systems. This communication-free …

The conventional model predictive control (MPC) method of the non‐isolated two‐stage AC–
DC–DC converter has poor robustness and dynamic characteristics under conditions of …

Power grids are evolving toward a highly distributed architecture with power-electronics
circuits interfacing a majority of generation, storage, and loads. To ensure stability as …

Cascaded dc-ac converters with interleaved carriers are commonly used in applications
where elevated voltages and low-distortion multilevel waveforms are needed. Example …