Óptimo control de frecuencia aplicado a una micro-red eólica con generadores de inducción doblemente alimentados usando el algoritmo de Harris Hawks

Abstract

The limits of the real range of the frequency variation (Δf) in the power electrical systems, its objective is to obtain values reaching the ideal range that is 60 Hz after having suffered some disturbance, that is why, in the present document it is intended to optimize the control of the doubly-fed induction generators which form the micro-grid, this control will be in charge of the generation and demand balance. The restrictions of the Harris Hawks optimization model analyze the values of the synchronous speed of the machines making reference to this as the hawk thus estimating its acceleration or deceleration in order to respond to the demand of the system (rabbit), that in certain simulation time a three-phase short circuit was caused in a L/T and in addition to that the loads had an increase of 0.05[%], providing favorable data and complying with the objective function which is to minimize the frequency variation.