An active-power oscillation suppression strategy for diesel-storage-microgrid based on active-power proportional differential feedforward VSG
In order to solve the active-power dynamic oscillation problem of parallel system for traditional energy storage virtual synchronous generator(VSG)and diesel generator set(DGS)under load disturbance,an active-power dynamic oscillation suppression strategy for diesel storage microgrid based on active-power proportional differential feedforward VSG(APDF-VSG)is proposed in this paper.Firstly,the small signal model of the parallel system for energy storage VSG and DGS is established,as well as the influences of virtual inertia,virtual damp and output impedance parameters of energy storage VSG on active-power oscillation of the system are analyzed.On this basis,the active-power dynamic oscillation suppression strategy based on ADPF-VSG is proposed and the corresponding parameter design process is given.Finally,the MATLAB simulation model of the parallel system for energy storage VSG and DGS is established,and the simulation results are used to verify the effectiveness of the proposed APDF-VSG control strategy in suppressing active-power dynamic oscillation of the diesel-storage-microgrid.
energy storage virtual synchronous generatormicrogridactive-power dynamic oscillationsmall signal model
万方数据
维普
