Optimal Design of Marine Photovoltaic and Energy Storage Power Generation Systems
According to the particularity of ship operating environment,this paper proposes the application of artificial bee colony algorithm to the maximum power point tracking control of ship photovoltaic power generation,so as to ensure the photovoltaic system operating in the ship environment has a good maximum power point tracking performance.At the same time,in order to re-duce the influence of external environment on the ship power system,the energy storage device is introduced and the DC/DC con-verter compound control strategy embedded with repeated control is proposed to improve the stability of photovoltaic power genera-tion.Simulation experiments show that the MPPT method proposed in this paper can achieve accurate and fast tracking,and the composite control strategy of the converter can maintain the stable power generation of the photovoltaic unit.
ship photovoltaic power generationartificial bee colony algorithmmaximum power point trackingoptical stor-age systemcompound control
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