In micro-grids, the distributed energy resources are interfaced with the grid by electronic power processors. If these processors perform cooperatively, full exploitation of energy sources can be achieved together with distribution loss reduction and voltage stabilization. This requires optimum local control and dynamic grid mapping capability, which can easily be implemented by a distributed ICT architecture based on local data processing capability and powerline communication
This paper proposes a simple and effective approach to control the distributed energy resources (DER...
Abstract—Microgrids that integrate renewable power sources are suitable for rural communities or cer...
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...
In residential micro-grids, the distributed energy resources are interfaced with the grid by electro...
Cooperative control of distributed energy resources can improve dramatically the operation of reside...
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
This paper presents a simple and robust control technique for distributed energy resource...
Smart grids offer a new application domain for power electronics. In fact, every Distributed Energy ...
Smart microgrids represent a new arena where several branches of information technology are merging ...
This paper presents a simple and robust control technique for distributed energy resources in microg...
Smart micro-grids offer a new and challenging application environment for modern power electronics. ...
Smart micro-grids offer a new application domain for power electronics. In fact, every Distributed E...
Smart grids offer a new wide application domain for power electronics. In fact, every distributed en...
This paper proposes a simple and effective approach to control the distributed energy resources (DER...
Abstract—Microgrids that integrate renewable power sources are suitable for rural communities or cer...
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...
In residential micro-grids, the distributed energy resources are interfaced with the grid by electro...
Cooperative control of distributed energy resources can improve dramatically the operation of reside...
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
Smart micro-grids offer a new and wide application domain for power electronics. In fact, every dist...
This paper presents a simple and robust control technique for distributed energy resource...
Smart grids offer a new application domain for power electronics. In fact, every Distributed Energy ...
Smart microgrids represent a new arena where several branches of information technology are merging ...
This paper presents a simple and robust control technique for distributed energy resources in microg...
Smart micro-grids offer a new and challenging application environment for modern power electronics. ...
Smart micro-grids offer a new application domain for power electronics. In fact, every Distributed E...
Smart grids offer a new wide application domain for power electronics. In fact, every distributed en...
This paper proposes a simple and effective approach to control the distributed energy resources (DER...
Abstract—Microgrids that integrate renewable power sources are suitable for rural communities or cer...
Smart grids offer a wide application domain for power electronics. In fact, every distributed energy...