平坦地区光伏组件风载荷分布特性研究OA

Flat regions are ideal for developing large-scale photovoltaic power stations.In open terrain with extensive layouts,photo-voltaic modules usually experience high wind loads.These wind loads vary significantly across different distribution locations of the photovoltaic modules.For this purpose,it establishes a practical engineering model of photovoltaic modules,utilizing the ANSYS Fluent numerical simulation platform to assess wind loads in the photovoltaic field.The findings show that the photovoltaic modules in the first row bear the highest pressure,with pressure values in subsequent rows rapidly decreasing due to the blocking effect of the first row.Notably,pressure values in the second row differ significantly from those in subsequent rows.Different X locations attributed to varying vortex evolution patterns after flowing through the first row.As X increases,the pressure distribution on the surface of the pho-tovoltaic modules in the first row gradually decreases,with a steeper decrease observed as X increases.It provides reference for the research on wind load distribution characteristics for photovoltaic modules in flat regions.