Frequency Stability Analysis of a Low Inertia Power System with Interactions among Power Electronics Interfaced Generators with Frequency Response Capabilities

One of the main actions required to face and limit global warming is substitution conventional fossil-fueled electrical generators with renewable ones. Thus, it becomes fundamental create non-dispatchable able provide services for power system stabilization that nowadays are delivered by Particularly, usually connected through electronic converters lacking natural responses frequency variations. This challenges control methods based on synchronous generators’ capabilities, particularly in systems high levels non-synchronous generation. Solutions advanced controls allow participate subject current research efforts worldwide. paper contributes these studying benefits introducing Power Reserve Control photovoltaic Extended Optimal Point Tracking wind low inertia interactions between them. The tests simulations, prove kinds help stabilizing thanks cooperative action both types generators.