AbstractDesign a small-family DC-Micro-grids system, analyzes its existence value and meaning. Regarding bus voltage of DC-Micro-grids, it has always been an important index of DC-Micro-grids, this paper puts forward a two-way AC/DC converter voltage current double closed loop control method. It is easier to control the voltage and current by using d-q shaft transformation decoupling. Build the system model with MATLAB/simulink software and simulate in the time domain cases in the Condition of Synchronization. The results prove that the method can very good control dc bus voltage stability, ensure system power safety
Hierarchical control schemes have been commonly employed in dc microgrid controls, which combine loc...
With the increasing acceptance, micro-grid, combined with distributed generation (DG), may be operat...
The DC microgrid has become a new trend for microgrid study with the advantages of high reliability,...
AbstractDesign a small-family DC-Micro-grids system, analyzes its existence value and meaning. Regar...
The new voltage and current double loop control strategy is proposed to solve the DC microgrid bus v...
The bidirectional converter of AC/DC hybrid microgrid plays a crucial role in the stable operation a...
In an isolated DC microgrid consisting of photovoltaic cells, an energy storage unit and load, reaso...
It is important to achieve stability of bus voltage in control of DC microgrids. In the DC microgrid...
Communication between power converters is vital for high performance DC micro-grids controls. Howeve...
In this paper a new energy management system has been proposed for three-phase bidirectional inverte...
Power harnessing technology from the renewable energy resources has been developed over the past two...
Recent research and advancement in DC systems reveal that DC distribution may be an efficient, relia...
Increase of DC-compatible loads, popularization of renewable distributed generations (DGs) and devel...
This paper proposes a DC-bus signaling (DBS) method for autonomous power management in a DC microgri...
Traditional AC grids have been well established in the Power field of industry from generation, tran...
Hierarchical control schemes have been commonly employed in dc microgrid controls, which combine loc...
With the increasing acceptance, micro-grid, combined with distributed generation (DG), may be operat...
The DC microgrid has become a new trend for microgrid study with the advantages of high reliability,...
AbstractDesign a small-family DC-Micro-grids system, analyzes its existence value and meaning. Regar...
The new voltage and current double loop control strategy is proposed to solve the DC microgrid bus v...
The bidirectional converter of AC/DC hybrid microgrid plays a crucial role in the stable operation a...
In an isolated DC microgrid consisting of photovoltaic cells, an energy storage unit and load, reaso...
It is important to achieve stability of bus voltage in control of DC microgrids. In the DC microgrid...
Communication between power converters is vital for high performance DC micro-grids controls. Howeve...
In this paper a new energy management system has been proposed for three-phase bidirectional inverte...
Power harnessing technology from the renewable energy resources has been developed over the past two...
Recent research and advancement in DC systems reveal that DC distribution may be an efficient, relia...
Increase of DC-compatible loads, popularization of renewable distributed generations (DGs) and devel...
This paper proposes a DC-bus signaling (DBS) method for autonomous power management in a DC microgri...
Traditional AC grids have been well established in the Power field of industry from generation, tran...
Hierarchical control schemes have been commonly employed in dc microgrid controls, which combine loc...
With the increasing acceptance, micro-grid, combined with distributed generation (DG), may be operat...
The DC microgrid has become a new trend for microgrid study with the advantages of high reliability,...