This paper presents an enhancement method to improve the performance of the DC-link
voltage loop regulation in a Doubly-Fed Induction Generator (DFIG)-based wind energy …

This article deals with a widely linear reduced-complexity quaternion least mean square (WL-
RC-QLMS) controlled two-stage photovoltaic (PV) grid system. The WL-RC-QLMS-based …

This paper presented a modeling and control aspect with an offline‐based parameter
optimization algorithm for effectively tuning the controller parameters of the three‐phase …

Multistage inverters containing DC-DC converters are more common in grid-tied
photovoltaic (PV) systems, because of the low DC voltage value provided by the PV …

This paper proposed a novel DC-link voltage control method for small-scale grid-connected
three-phase power converters in variable-speed wind energy conversion systems to …

In applications of pulse-width modulation (PWM) rectifiers, the high quality of the DC power
is required. The fluctuation of grid voltage and the switching of equipment connected to the …

In the past decades, renewable energy has been experiencing significant growth due to the
increasing energy demand and critical environmental issues. In order to perform power …

Представлено имитационное моделирование частотного кранового электропривода с
заменой неуправляемого выпрямителя (НВ) на входе преобразователя частоты на …

This Ph. D. research focuses on control methods for performance improvement for small-
scale three-phase wind generation systems particularly when operating in high wind speed …

The parallel connection of multiple distributed energy resources with a common DC-link
structure is typically used in grid-connected applications which enables flexible operation …