STUDY ON WIND-INDUCED TORSION OF SINGLE-AXIS TRACKING PHOTOVOLTAIC PANEL STRUCTURE BASED ON FLUID-SOLID COUPLING
Taking a tracking photovoltaic power generation system as the research object,Fluent software was developed twice by writing a custom program code UDF,and a two-dimensional model of single-axis tracking photovoltaic structure was established,and its torsional vibration under wind load was studied.The results show that when the wind speed reaches a certain special value,the photovoltaic panel has periodic vibration with equal amplitude and soft flutter phenomenon,and its damping ratio has a certain effect on suppressing torsional vibration,which is consistent with the actual situation.When the inclination angle of photovoltaic panel is in the range of 0°-20°,the larger the inclination angle,the lower the critical wind speed of torsional vibration.
solar energyPV moduleswind effectsfluid-solid couplingtorsional vibrationdamping
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