Cooperative control of distributed energy resources can improve dramatically the operation of residential microgrids, in terms of voltage stability, distribution efficiency and power quality, while allowing cost-effective management and sharing of energy resources among prosumers (electric customers which produce and consume energy). This paper describes an optimum control technique which provides the above features and can be implemented in low-voltage microgrids by making use of a distributed ICT infrastructure of limited complexity and narrowband communication capability
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
Dispersed small distributed generation (DG) systems in low-voltage (LV) grids pose diverse challenge...
Smart grids offer a wide application domain for power electronics. In fact, every distributed energy...
In micro-grids, the distributed energy resources are interfaced with the grid by electronic power pr...
This paper proposes a simple and effective approach to control the distributed energy resources (DER...
This paper presents a simple and robust control technique for distributed energy resource...
This paper presents a simple and robust control technique for distributed energy resources in microg...
Abstract—Microgrids that integrate renewable power sources are suitable for rural communities or cer...
Smart grids offer a new application domain for power electronics. In fact, every Distributed Energy ...
The paper raises the issue of optimizing the control of the rural low voltage microgrids. Microgrids...
Smart microgrids represent a new arena where several branches of information technology are merging ...
Smart micro-grids offer a new application domain for power electronics. In fact, every Distributed E...
The monitoring and control of low voltage distribution grids has historically been disregarded due t...
Microgrids are subsystems in which some loads and distributed energy resources are controlled in a c...
The paper deals with the control of low-voltage microgrids with master/slave architecture....
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
Dispersed small distributed generation (DG) systems in low-voltage (LV) grids pose diverse challenge...
Smart grids offer a wide application domain for power electronics. In fact, every distributed energy...
In micro-grids, the distributed energy resources are interfaced with the grid by electronic power pr...
This paper proposes a simple and effective approach to control the distributed energy resources (DER...
This paper presents a simple and robust control technique for distributed energy resource...
This paper presents a simple and robust control technique for distributed energy resources in microg...
Abstract—Microgrids that integrate renewable power sources are suitable for rural communities or cer...
Smart grids offer a new application domain for power electronics. In fact, every Distributed Energy ...
The paper raises the issue of optimizing the control of the rural low voltage microgrids. Microgrids...
Smart microgrids represent a new arena where several branches of information technology are merging ...
Smart micro-grids offer a new application domain for power electronics. In fact, every Distributed E...
The monitoring and control of low voltage distribution grids has historically been disregarded due t...
Microgrids are subsystems in which some loads and distributed energy resources are controlled in a c...
The paper deals with the control of low-voltage microgrids with master/slave architecture....
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
Dispersed small distributed generation (DG) systems in low-voltage (LV) grids pose diverse challenge...
Smart grids offer a wide application domain for power electronics. In fact, every distributed energy...