Research on modeling and a control scheme for synchronous condenser of flywheel en-ergy storage system based on permanent magnet variable frequency speed regulation
To address the issue of insufficient grid inertia support caused by the large-scale integration of renewable energy,a synchronous condenser model of a flywheel energy storage system,along with a control scheme,is devel-oped based on permanent magnet variable frequency speed regulation.This model integrates a flywheel energy stor-age system with permanent magnet variable frequency speed regulation on the rotor of the synchronous condenser.By utilizing the kinetic energy of the flywheel,the inertia power response capability of the synchronous condenser is enhanced without altering its grid connection method or rapid excitation capability.Both the electromagnetic and me-chanical models of the permanent magnet speed-regulated motor and the synchronous condenser of the flywheel en-ergy storage system are constructed.Additionally,a dual-channel coupled power output model that includes the syn-chronous condenser and the frequency converter is established.Based on this,the paper proposes a power control strategy for synchronous condenser frequency regulation of the flywheel energy storage system using permanent mag-net variable frequency speed regulation.Simulations under typical application scenarios have verified the feasibility and effectiveness of this strategy.
permanent magnet variable frequency speed regulationflywheel energy storagesynchronous con-denserinertia response
维普
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