The appearance of harmonics in the grid voltage is an issue for the generation systems and grid connected consumers. This paper presents the basic control strategy to be implemented in Synchronous Power Control (SPC) based power converters, which contributes to reduce the harmonic content in the voltage by means of injecting different harmonic current to the grid using a separated virtual admittance algorithm. This control strategy is capable of generating such a current reference that attenuates the harmonic values at the point of connection of the converter.Peer ReviewedPostprint (author's final draft
In this paper, a control approach is proposed for selective compensation of main voltage and current...
The nonlinear loads in distribution grid may generate harmful low-order harmonics, polluting the gri...
Power electronics-based Voltage Source Converters (VSCs) have been widely used as an interface betwe...
The appearance of harmonics in the grid voltage is an issue for the generation systems and grid conn...
Optimization of the islanded and grid-connected operation of microgrids is important to achieve a hi...
The use of the virtual admittance concept for harmonic and/or unbalance compensation in microgrids w...
Control of grid-connected power converters is continuously developing to meet the grid codes, accord...
Non-linear loads (NLLs) in three-phase systems are known to produce current harmonics at -5, 7, -11,...
Non-linear loads (NLLs) in three-phase systems areknown to produce current harmonics at -5, 7, -11, ...
Multifunctional features of grid-connected inverters can be used for harmonic compensation of local ...
Voltage source converters (VSCs) can reduce damping of grid-connected VSC systems at harmonic resona...
The grid-tied inverters are the most vital components in renewable energy-based power systems. Hence...
This paper focuses on the islanded operation of microgrids. In this mode of operation, the microsour...
The harmonic voltage issue becomes a challenge for a distributed generation system. Considering that...
The connection of electronic power converters to the electrical network is increasing mainly due to ...
In this paper, a control approach is proposed for selective compensation of main voltage and current...
The nonlinear loads in distribution grid may generate harmful low-order harmonics, polluting the gri...
Power electronics-based Voltage Source Converters (VSCs) have been widely used as an interface betwe...
The appearance of harmonics in the grid voltage is an issue for the generation systems and grid conn...
Optimization of the islanded and grid-connected operation of microgrids is important to achieve a hi...
The use of the virtual admittance concept for harmonic and/or unbalance compensation in microgrids w...
Control of grid-connected power converters is continuously developing to meet the grid codes, accord...
Non-linear loads (NLLs) in three-phase systems are known to produce current harmonics at -5, 7, -11,...
Non-linear loads (NLLs) in three-phase systems areknown to produce current harmonics at -5, 7, -11, ...
Multifunctional features of grid-connected inverters can be used for harmonic compensation of local ...
Voltage source converters (VSCs) can reduce damping of grid-connected VSC systems at harmonic resona...
The grid-tied inverters are the most vital components in renewable energy-based power systems. Hence...
This paper focuses on the islanded operation of microgrids. In this mode of operation, the microsour...
The harmonic voltage issue becomes a challenge for a distributed generation system. Considering that...
The connection of electronic power converters to the electrical network is increasing mainly due to ...
In this paper, a control approach is proposed for selective compensation of main voltage and current...
The nonlinear loads in distribution grid may generate harmful low-order harmonics, polluting the gri...
Power electronics-based Voltage Source Converters (VSCs) have been widely used as an interface betwe...