Paper provides insight into possibility of asymmetrical three-phase inverter high-level control as additional grid support in low voltage networks. The asymmetrical control may assist with lowering asymmetry in areas with large single-phase load/generation penetration. Proposed and implemented control schemes are tested with laboratory equipment utilizing artificial network. Results are evaluated based on their effect on voltage asymmetry reduction and neutral conductor current magnitude
The increasing share of converter-based renewable energy sources in the power system has forced the ...
Abstract: Voltage unbalances in low voltage grids have a renewed interest due to the massive deploym...
A new two-phase, independent control strategy for three-phase three-wire static inverters to reduce ...
Paper provides insight into possibility of asymmetrical three-phase inverter high-level control as a...
Voltage unbalance is a major yet often overlooked power quality problem in low voltage residential f...
Numerous industrial applications involve loads that are very sensitive to electrical supply instabil...
Focusing on medium size and large size photovoltaic plants typically connected to Medium Voltage dis...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
Violation of the symmetrical mode of operation of the electric network causes a deterioration in the...
Inverters are widely used in modern power grids; a great focus is therefore made in different resear...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
Low voltage distribution networks are characterized by an ever growing diffusion of single and three...
This paper describes the design, proof-of-concept simulations and laboratory test of an algorithm fo...
In recent years, application of electronic power devices, especially electronic power converters has...
“Arduino” allows the computer to simulate the electrical load. Devices using “Arduino” receive senso...
The increasing share of converter-based renewable energy sources in the power system has forced the ...
Abstract: Voltage unbalances in low voltage grids have a renewed interest due to the massive deploym...
A new two-phase, independent control strategy for three-phase three-wire static inverters to reduce ...
Paper provides insight into possibility of asymmetrical three-phase inverter high-level control as a...
Voltage unbalance is a major yet often overlooked power quality problem in low voltage residential f...
Numerous industrial applications involve loads that are very sensitive to electrical supply instabil...
Focusing on medium size and large size photovoltaic plants typically connected to Medium Voltage dis...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
Violation of the symmetrical mode of operation of the electric network causes a deterioration in the...
Inverters are widely used in modern power grids; a great focus is therefore made in different resear...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
Low voltage distribution networks are characterized by an ever growing diffusion of single and three...
This paper describes the design, proof-of-concept simulations and laboratory test of an algorithm fo...
In recent years, application of electronic power devices, especially electronic power converters has...
“Arduino” allows the computer to simulate the electrical load. Devices using “Arduino” receive senso...
The increasing share of converter-based renewable energy sources in the power system has forced the ...
Abstract: Voltage unbalances in low voltage grids have a renewed interest due to the massive deploym...
A new two-phase, independent control strategy for three-phase three-wire static inverters to reduce ...