The current PV support structure can not completely solve the problems of stability and continuity of solar power generation.In this paper

a new type of panel foldable tracking photovoltaic support is proposed.In view of the special strong wind weather in Hainan Province

a grid connected photovoltaic power station model is established.Considering the local meteorological environment in Hainan Province

the load on the photovoltaic support is analyzed

and static analysis of the photovoltaic support is carried out by finite element method.To grasp the dynamic characteristics of photovoltaic support structure

the first six modes of the photovoltaic support are calculated.The results show that

this support has the functions of intelligent light tracing and active wind avoidance

which solves the problems of low rigidity and poor wind resistance of the traditional pole type light tracing photovoltaic panel bracket.Adopting the hybrid light tracing mode of photoelectric and program type to detect the height and orientation of sunlight can not only ensure the accuracy of the light tracing system

but also maintain high stability.Under the action of horizontal wind and vertical wind

the self-adaptive photovoltaic support can meet the strength requirements of 12-level wind speed.The first order frequency is 9.84 Hz

which is far higher than the actual wind frequency

it is not easy to cause the damage of wind-induced resonance and has good stability.