Fuzzy Logic Based Virtual Inertia Control for Microgrid Frequency Stability

The coordination of green energy with microgrids (MG) has greatly affected the inactiveness of the wattage system. Due to small load fluctuations, renewable power penetration has adversely affected the change in frequency. To solve this kind of problem, effective inactiveness dominance has been implemented in the MG. This paper presents fuzzy-based optimization that has been introduced in the effective inactiveness dominance loop for maintaining repetition secureness. The frequency response study and inertia control strategy of MG have been perfectly diagnosed by the fuzzy optimization method. In this work, a comparison study has been made between conventional effective inactiveness dominance and fuzzy optimization effective dominance. The proposed model has been simulated in a MATLAB/SIMULINK environment to certify the productiveness of the preferred method. The mathematical configuration, sensitivity analysis, and stable fallacy of the MG have been perfectly executed by the intented method.