Frequency Stabilty of Egyptian Power Grid with Unification of Renewable Energy Sources

This wrapping presents a segregated concept of load frequency control strategies in the Egyptian power grid with the puncture of inexhaustible energy sources. The basic model of the Egyptian power grid is broken up into three basic models: non-warm, warm, and hydroelectric power plants. Additional somatic curtailments, like generator rate curtailments and the governor fallen band, are taken in account in this instance. The controller design has been taken for each subsystem to evaluate the frequency stability of the whole system. A harmonic search algorithm has been applied to the accurate modelling of controller gain in a purposed power system, and it enhances the frequency steadiness of a particular Egyptian power system (EPS) model. A MATLAB simulation study has been carried out for a decentralized and centralized power system with different loading patterns. The purpose of the simulation study is to give a better dynamic response, which gives better frequency stability in terms of peak overreach and steady time.