大規模系統におけるフェーザモデルを利用した仮想同期発電機の検討

抄録

In recent years，distributed power sources such as solar power and wind power，which are renewable energies， have been increasing．Since the distributed power sources do not have the inertia and synchronization power which are the fundamental characteristics of synchronous generators，they can have an adverse effect on the grid．Various virtual synchronous generator control methods have been proposed and reported．In this paper, the reactive power priority control and the switching control of slope of power angle curve are proposed, and their effectiveness is verified.