The paper presents a power control technique at grid connected converters under unbalanced voltage conditions. The current positive and negative sequences during grid voltage sags are controlled to ensure a proper exchange of active and reactive powers without power ripples. An analytical solution in a closed form of the B6 and B4 converters working with an optimized half a period switching symmetry is presented. The analytical solution may be applied for the converters connected to highly unbalanced grids and for different grid filter topologies
Nowadays, Renewable Energy Sources (RESs) have become more attractive and affordable due to recent a...
Grid faults are one of the most severe problems for network operation. Distributed generation power ...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
The paper presents a grid current control technique at the power converter level. The object of the ...
In order to connect any power converters into the grid there are some grid requirements to in...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
The number of grid-coupled converters in the low-voltage electrical grid has been steadily increasin...
The transformation of the power system in terms of efficiency and sustainability will further lead t...
The problems associated with active power oscillations (APOs) in grid-connected converters are well-...
© 2020 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
The increasing share of converter-based renewable energy sources in the power system has forced the ...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
During voltage dips continuous power delivery from distributed generation systems to the grid is des...
For a 2-level 3-phase voltage source converter connected to the grid, it should be capable of suppor...
Nowadays, Renewable Energy Sources (RESs) have become more attractive and affordable due to recent a...
Grid faults are one of the most severe problems for network operation. Distributed generation power ...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
The paper presents a grid current control technique at the power converter level. The object of the ...
In order to connect any power converters into the grid there are some grid requirements to in...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
The number of grid-coupled converters in the low-voltage electrical grid has been steadily increasin...
The transformation of the power system in terms of efficiency and sustainability will further lead t...
The problems associated with active power oscillations (APOs) in grid-connected converters are well-...
© 2020 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
The increasing share of converter-based renewable energy sources in the power system has forced the ...
The operation of distributed power generation systems under grid fault conditions is a key issue for...
During voltage dips continuous power delivery from distributed generation systems to the grid is des...
For a 2-level 3-phase voltage source converter connected to the grid, it should be capable of suppor...
Nowadays, Renewable Energy Sources (RESs) have become more attractive and affordable due to recent a...
Grid faults are one of the most severe problems for network operation. Distributed generation power ...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...