The concept of microgrid (MG) has been introduced as a solution to future electrical grid
challenges such as the rapid increase of electrical demand, harvesting energy from …

This paper presents a robust control strategy for the control of single-phase five-level
asymmetrical T-type ac/dc power converter. A cascaded control scheme consisting of a finite …

This paper presents a novel control technique for power converters used in single-phase
Microgrids (MGs). The proposed control scheme can control the voltage and frequency of …

This paper presents a novel hybrid adaptive droop controller to simultaneously regulate both
the AC-side and DC-side parameters for power electronic converters in single-phase …

Computational methods (CM) are involved in the realization of many modern industrial
applications. Increasing efficiency of the practical application contributes to the widespread …

This thesis presents a new control architecture tailored for single-phase Microgrids (MGs)
operating in the islanded mode. The main feature of the proposed control architecture is its …

In recent years, the traditional electrical power grids are gradually changing into smart grids
and emerging as the next-generation power systems. The application of power electronics is …