… Fuzzy inference method combining sliding mode controller is utilized in this work to realize
… , handling load fluctuation, and disturbance together with the application of the vector control …

… However, there are many uncertainties such as parameter uncertainties, modelling error,
renewable source fluctuation and random load disturbance in the practical power systems, so …

… fluctuation caused by wind speed fluctuation, load fluctuation, … voltage Ves is controlled in
quadrature with the load current Io… It is assumed that the battery operates in an ideal mode and …

… RESs and load demand. In Mohammadi et al,12 to support the rapid fluctuation of demand
in an MG, a composite ESS is used to allocate steady load to battery and dynamic load to ultra…

… load to stabilize frequency fluctuation in a remote microgrid power system. The proposed
controller is a conventional first-order PI controller… dominant mode of the proposed PI controller …

… In [16], an adaptive sliding mode control (SMC) method with … speed control scheme combining
adaptive speed controller … uncertainty and complicated load fluctuation. Compared with …

… The main problem in the interconnection of these systems is load frequency fluctuations
due to different load changing conditions. The model predictive controller (MPC) has the ability …

… At the same time, the same load disturbance and wind/PV power fluctuations considered
in … Yin, “Hardware-in-the-loop simulation of robust mode transition control for a series–parallel …

… voltage for the resistive load but also a … various loads. The negative impedance characteristics
of the CPL and the changes in the load or distributed power supply can cause fluctuations …

… The microgrid should be able to effectively balance the power between the distributed
power supply and the load in any operation mode. The coordination strategy is based on the …