This paper presents a methodology to study the impact of different DC voltage droop settings on the AC system stability. When several Voltage Source Converters (VSC) in a DC system jointly control the DC voltage by means of droop control, an outage of one converter results in an abrupt change of the active power set-points of several other converters. This relative power change is related to the relative droop settings of the other converters. In this paper, the influence of the power sharing on the AC system stability is discussed by means of a singular value decomposition.status: publishe
Because of the increasing penetration of intermittent green energy resources like offshore wind farm...
In this paper, the Nyquist admittance ratio criterion was used to analyse the influencing factors on...
This paper addresses voltage control of distributed dc power systems. DC power systems have been dis...
In this paper, a methodology is presented to optimize the dc voltage droop settings in a multitermin...
This paper analyzes the influence of the converter droop settings and the dc grid network topology o...
combined power flow analysis, DC droop control. In this paper, a combinational AC/DC power flow appr...
Droop control has been widely applied in DC microgrids (MGs) due to its inherent modularity and ease...
The more electric aircraft initative results in significant challenges in the design of aircraft ele...
For droop control in voltage source converter based multi-terminal HVDC systems, the determination o...
In this paper, a combinational AC/DC power flow approach is proposed for the solution of the combine...
International audienceThis paper addresses the problem of analyzing the dynamic limitations of a VSC...
Abstract-The advantages of an HVDC grid are the possibility of transporting large amount of power ov...
International audienceThis paper addresses the problem of analyzing the dynamic limitations of a VSC...
The paper analyzes stability conditions and design requirements for the control parameters in droop-...
Future multiterminal HVDC systems are expected to utilize dc voltage droop controllers, and several ...
Because of the increasing penetration of intermittent green energy resources like offshore wind farm...
In this paper, the Nyquist admittance ratio criterion was used to analyse the influencing factors on...
This paper addresses voltage control of distributed dc power systems. DC power systems have been dis...
In this paper, a methodology is presented to optimize the dc voltage droop settings in a multitermin...
This paper analyzes the influence of the converter droop settings and the dc grid network topology o...
combined power flow analysis, DC droop control. In this paper, a combinational AC/DC power flow appr...
Droop control has been widely applied in DC microgrids (MGs) due to its inherent modularity and ease...
The more electric aircraft initative results in significant challenges in the design of aircraft ele...
For droop control in voltage source converter based multi-terminal HVDC systems, the determination o...
In this paper, a combinational AC/DC power flow approach is proposed for the solution of the combine...
International audienceThis paper addresses the problem of analyzing the dynamic limitations of a VSC...
Abstract-The advantages of an HVDC grid are the possibility of transporting large amount of power ov...
International audienceThis paper addresses the problem of analyzing the dynamic limitations of a VSC...
The paper analyzes stability conditions and design requirements for the control parameters in droop-...
Future multiterminal HVDC systems are expected to utilize dc voltage droop controllers, and several ...
Because of the increasing penetration of intermittent green energy resources like offshore wind farm...
In this paper, the Nyquist admittance ratio criterion was used to analyse the influencing factors on...
This paper addresses voltage control of distributed dc power systems. DC power systems have been dis...