This paper addresses the harmonic compensation error problem existing with parallel connected inverter in the same grid interface conditions by means of impedance-based analysis and modeling. Unlike the single grid connected inverter, it is found that multiple parallel connected inverters and grid impedance can make influence to each other if they each have a harmonic compensation function. The analysis method proposed in this paper is based on the relationship between the overall output impedance and input impedance of parallel connected inverter, where controller gain design method, which can minimize the compensation error under various conditions, is also proposed
In this paper, a method for voltage harmonic compensation in a microgrid operating in islanded and g...
One of the main challenges of decentrally operated islanded microgrids has been proper harmonic shar...
The existing international standards define grid harmonic limitations only up to the 40 th or 50 th ...
This paper investigates the effect of grid impedance variation on harmonic resonant current controll...
This paper investigates the dynamic interactions of current controllers for multi-paralleled, grid-c...
The penetration of the distributed power generation systems (DPGSs) based on renewable sources (PV, ...
Optimization of the islanded and grid-connected operation of microgrids is important to achieve a hi...
This paper proposes an impedance-based analytical method for modeling and analysis of harmonic inter...
Grid-connected inverters based on active front end technology are of the most important components i...
In this paper, a control approach is proposed for selective compensation of main voltage and current...
This paper proposes a harmonic impedance synthesis technique for voltage-controlled distributed gene...
Grid-connected inverters based on active front end technology are of the most important components i...
Multifunctional features of grid-connected inverters can be used for harmonic compensation of local ...
This paper proposes a harmonic impedance synthesis technique for voltage-controlled distributed gene...
This paper presents a hybrid islanding detection algorithm integrated on the distributed generation ...
In this paper, a method for voltage harmonic compensation in a microgrid operating in islanded and g...
One of the main challenges of decentrally operated islanded microgrids has been proper harmonic shar...
The existing international standards define grid harmonic limitations only up to the 40 th or 50 th ...
This paper investigates the effect of grid impedance variation on harmonic resonant current controll...
This paper investigates the dynamic interactions of current controllers for multi-paralleled, grid-c...
The penetration of the distributed power generation systems (DPGSs) based on renewable sources (PV, ...
Optimization of the islanded and grid-connected operation of microgrids is important to achieve a hi...
This paper proposes an impedance-based analytical method for modeling and analysis of harmonic inter...
Grid-connected inverters based on active front end technology are of the most important components i...
In this paper, a control approach is proposed for selective compensation of main voltage and current...
This paper proposes a harmonic impedance synthesis technique for voltage-controlled distributed gene...
Grid-connected inverters based on active front end technology are of the most important components i...
Multifunctional features of grid-connected inverters can be used for harmonic compensation of local ...
This paper proposes a harmonic impedance synthesis technique for voltage-controlled distributed gene...
This paper presents a hybrid islanding detection algorithm integrated on the distributed generation ...
In this paper, a method for voltage harmonic compensation in a microgrid operating in islanded and g...
One of the main challenges of decentrally operated islanded microgrids has been proper harmonic shar...
The existing international standards define grid harmonic limitations only up to the 40 th or 50 th ...