Kalman filters; distributed power generation; electric current control; invertors; observers; power generation control; power generation economics; power generation reliability; power grids; power supply quality; power system measurement; power system stability; DG interface cost measurement; Kalman observer; LCL filter resonance hazard damping; distorted grid voltage conditions; distributed generation interface reliability; dominant pole higher damping; filter capacitor current feedback; filter capacitor voltage feedback; frequency spectrum; grid current controller straightforward tuning; grid-connected VSI; grid-side interference; higher disturbance rejection; injected grid current quality; lower control effort; multiloop control strategy; power 3.5 kW; sensorless Kalman filter-based dual-loop control strategy assessment; stability; state variable reconstruction; unbalanced grid voltage conditions; Control systems; Current measurement; Damping; Inverters; Kalman filters; Power harmonic filters; Resonant frequency; Active damping; Kalman filter; LCL filter; grid-connected inverters; proportional resonant controller;
机译:基于无传感器卡尔曼滤波器的主动阻尼技术,用于带LCL滤波器的并网VSI
机译:具有LCL滤波器的单相并网VSI的基于Lyapunov函数和基于比例共振的控制策略
机译:基于LCL输出滤波器的双环并网逆变器研究
机译:使用LCL滤波器对基于无传感器卡尔曼滤波器的双环控制策略进行评估
机译:通过强大的强大的主动阻尼和模型预测控制,通过LCL滤波器提高网格连接逆变器的稳定性
机译:微电网LCL滤波器并网逆变器新型潮流控制的分析与实验验证
机译:LCL滤波器网格连接逆变器的双环控制策略