Remote Sensing Monitoring Method for Soil and Water Conservation Using Unmanned Aerial Vehicles in Distributed Photovoltaic Power Generation Projects
Through drone remote sensing monitoring technology,comprehensive,efficient,and accurate monitoring of soil and water conservation in the project area can be achieved,problems can be discovered and solved in a timely manner,ensuring the smooth implementation and long-term operation of the project,and promoting sustainable development.Therefore,a distributed photovoltaic power generation project soil and water conservation drone remote sensing monitoring method is studied.Based on the terrain structure of the environment where the distributed photovoltaic power generation project is located,the trajectory of the drone is planned from two perspectives:heading overlap and lateral overlap.The flight altitude is specifically designed based on the relative height between the drone and the regional ground.By analyzing the offset and erosion modulus of the same location measurement points in remote sensing image data,the specific amount of soil erosion can be determined,thereby achieving unmanned aerial vehicle remote sensing monitoring of soil and water conservation in distributed photovoltaic power generation projects.In the test results,the consistency between the parameters corresponding to the designed monitoring method and the actual manually verified parameters is the highest.The monitoring error of soil erosion in a single project unit is stable within 0.05 t,and the overall monitoring error of soil erosion in the project is stable within 0.15 t,indicating good monitoring results.
Distributed photovoltaic power generation projectsSoil and water conservationUnmanned aerial vehicle remote sensing monitoring
万方数据
维普
