Virtual Synchronous Generator (VSG) control enhances microgrid stability compared to conventional droop control, particularly during transient events, by emulating the behavior of traditional synchronous generators. Conventional droop control uses a proportional relationship between frequency and active power, and between voltage and reactive power, to share load among distributed generation (DG) units. While simple to implement, droop control lacks inherent inertia and damping, making microgrids more susceptible to frequency and voltage fluctuations during transient events like sudden load changes or ....
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