Add to ORKGThis paper presents a novel control strategy to operate a low-voltage (LV) micro-grid in grid connected operation mode as well as autonomous operation mode. Depending on the inverter output impedance which is mainly resistive due to the LV cables a proper control strategy based on an unbalanced resistive droop approach is developed. The control strategy is verified by simulating fast changes of power production and simulating excess, shortage and average scenarios. Additionally, the control system can operate in an unbalanced network and can improve the active and reactive power distribution using a data communication system
This paper presents a simple and robust control technique for distributed energy resource...
Distributed generation and consequent voltage rise problem in MV distribution networks has been foun...
The increased penetration of renewable distributed energy sources increases the challenges for distr...
This paper presents a novel control strategy to operate a low-voltage (LV) micro-grid in grid connec...
© 2019 IEEE. This paper proposes a distributed control strategy for coordination of distributed ener...
Droop Control has been a well-established control technique both in AC and DC power distribution gri...
This thesis focuses on some of the challenges of a low-voltage (LV) islanded microgrid, including: t...
This paper proposes a control strategy for sharing load requirements in a low voltage islanded micro...
New opportunities for optimally integrating the increasing number of distributed generation (DG) uni...
tLow voltage distribution networks are characterized by an ever growing diffusion of single and thre...
This paper develops a control strategy for converters in low voltage single phase isolated microgrid...
© 2016 IEEE. This paper proposes a new distributed control method for coordination of distributed en...
To achieve accurate reactive power sharing and voltage frequency and amplitude restoration in low-vo...
Abstract Remote electrication with island supply systems, the increasing acceptance of the microgri...
This paper proposes an improved droop control strategy based on changeable reference in low-voltage ...
This paper presents a simple and robust control technique for distributed energy resource...
Distributed generation and consequent voltage rise problem in MV distribution networks has been foun...
The increased penetration of renewable distributed energy sources increases the challenges for distr...
This paper presents a novel control strategy to operate a low-voltage (LV) micro-grid in grid connec...
© 2019 IEEE. This paper proposes a distributed control strategy for coordination of distributed ener...
Droop Control has been a well-established control technique both in AC and DC power distribution gri...
This thesis focuses on some of the challenges of a low-voltage (LV) islanded microgrid, including: t...
This paper proposes a control strategy for sharing load requirements in a low voltage islanded micro...
New opportunities for optimally integrating the increasing number of distributed generation (DG) uni...
tLow voltage distribution networks are characterized by an ever growing diffusion of single and thre...
This paper develops a control strategy for converters in low voltage single phase isolated microgrid...
© 2016 IEEE. This paper proposes a new distributed control method for coordination of distributed en...
To achieve accurate reactive power sharing and voltage frequency and amplitude restoration in low-vo...
Abstract Remote electrication with island supply systems, the increasing acceptance of the microgri...
This paper proposes an improved droop control strategy based on changeable reference in low-voltage ...
This paper presents a simple and robust control technique for distributed energy resource...
Distributed generation and consequent voltage rise problem in MV distribution networks has been foun...
The increased penetration of renewable distributed energy sources increases the challenges for distr...