Structural control systems are used to limit structural responses during large external loads such as winds and earthquakes. The semi-active control approach has grown in popularity due to inexpensive control devices that consume little power. Structural control systems of the future will likely be large-scale systems defined by high actuation densities. Decentralized control approaches can be ...

A non-centralized model predictive control (MPC) scheme for solving an economic dispatch problem of electrical networks is proposed in this paper. The consists two parts. first part event-triggered repartitioning method that splits the network into a fixed number non-overlapping sub-systems (microgrids). objective procedure to obtain self-sufficient microgrids, i.e., those can meet their local ...

Renewable energy sources (RESs) with integrated batteries (IBESSs) in microgrid (MGs) have well been developed by aggregate models previous research works. Either decentralized or centralized control is applied as a standard platform to manage the models. However, these may not be valid assumptions practical MGs, which consist of various distributed RESs IBESSs and platforms. As result, control...

As large-scale wind power has been and will be integrated into power grid, traditional Active Power Dispatch and Control (APDC) system has encountered new challenges. In this paper, the active power dispatch mode of interconnected power grids which is suitable for the large-scale integration of wind power is analyzed firstly. Secondly, it is pointed out that traditional decentralized balance co...