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Electric vehicle (EV) is a topic of increased interest due to the several advantages it can provide. However, adopting a large number of EVs can cause problems to the electric utilities. Therefore, proper management of EV charging is necessary. While several centralized methods were proposed to control the charging process, few autonomous methods were suggested. This work presents an autonomous controller...
The dynamic nature of the distribution network challenges the stability and control of the microgrids. In this paper, nonlinear model of the autonomous microgrid is presented. Optimal controller design and power sharing coefficients is carried out in this mode. The control problem has been formulated as an optimization problem where particle swarm optimization (PSO) is employed to search for optimal...
In this paper, optimal controller design of the nonlinear model of an autonomous inverter-based microgrid has been used. The controller is optimized to reject the high frequency disturbances and damp the output LC filter to avoid resonance with the external network. The control problem has been formulated as optimization problem. The optimal controller parameters have been obtained by using the particle...
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