In recent years,the construction of photovoltaic power stations has been in full swing.The land resources with good terrain conditions in the plains have gradually diminished,and the proportion of mountain photovoltaic projects in new constructions has been on the rise.Taking a certain mountain photo-voltaic project in Honghe Prefecture in Yunnan province as an example,by establishing a three－dimension-al finite element model of mountain photovoltaic with different east－west slope degree,a comparative anal-ysis was conducted on stress and deformation of the main components of the photovoltaic bracket,and the following conclusions were reached:The east－west slope degree does not change the failure mode of the mountain photovoltaic bracket,but they affect the magnitudes of stress and deformation of its main com-ponents.When the east－west slope degree is greater,the stress concentration and deformation of the mountain photovoltaic under the same wind pressure is more severe,and the corresponding bearing capaci-ty is also lower.
关键词
山地光伏项目/东西坡/光伏支架/三维有限元模型/数值模拟/受力变形/承载力
Key words
Mountain photovoltaic project/east－west slope/photovoltaic bracket/three－dimensional finite element model/numerical simulation/force and deformation/bearing capacity
维普
万方数据