Frequency control in smart grids of electric vehicles to enhance the stability of the power system

In this article, the microgrid is studied from wind and solar sources, storage (Battery and Falliville) electric vehicles, diesel generators, and the presence of multi-carrier energy systems (MCH) as combined energy of electricity and Heat (CHP) is formed. The microgrid frequency is controlled according to the gas network and consumption peak. In a multi-carrier microgrid. Gas network load distribution is meant at the same time as electric load distribution. Also, the frequency is controlled non-linearly. On behalf of another growing trend of production and use of electric vehicles (G۲V) has created novel bars for the power grid, which if adequate handling is not done on how to burden them, the frequency deviation of the network to increase and can cause the collapse of the network. To be made Therefore, electric cars participate in microgrid frequency adjustment operation with the method of the neurotic fuzzy conclusion system adaptive (ANFIS) is availed. To compare the proposed method, a fuzzy controller has been used in the simulations.The results of the simulations are examined in five studies, which show the optimal performance of the proposed method in reducing. Frequency deviation is robustness against disturbances and resistance to uncertainties in the system. Also, the method Proposed more stable output power in microgrid generation sources.

کلیدواژه ها:

Electric Vehicles ، Smart Grids ، Power System Stability ، Frequency Control