摘要
机载激光雷达技术利用激光脉冲测量地面与飞行器之间的距离,生成高精度的地形数据。这项技术在多个领域应用广泛,尤其在发电厂选址测绘中显示出独特优势。通过精确的地形数据和地理信息系统,机载激光雷达技术能够提供关键的地形特征和潜在障碍物的详细视图,为发电厂的设计和建设提供决策支持。文章系统地阐述了机载激光雷达技术在发电厂选址测绘中的应用流程,从前期准备到数据采集,再到数据处理与分析,每个环节都详尽展开,旨在展示如何利用这项技术优化发电厂的地理位置选择,以确保地理环境的适宜性和项目的经济效益。
Airborne laser radar technology,utilizing laser pulses to measure distances between the ground and aircraft,generates high-precision terrain data.This technology finds widespread application across various fields,particularly demonstrating unique advantages in power plant site surveying.Through precise terrain data and geographic information systems,airborne laser radar technology can provide detailed views of key terrain features and potential obstacles,offering decision support for power plant design and construction.This paper systematically elaborates on the application process of airborne laser radar technology in power plant site surveying,from initial preparations to data acquisition,and then to data processing and analysis.Each stage is comprehensively detailed,aiming to demonstrate how to leverage this technology to optimize the geographical location selection for power plants,ensuring both environmental suitability and project economic viability.
作者
倪大众
NI Dazhong(Shandong Electric Power Engineering Consulting Institute Co.,Ltd.,Zaozhuang 250000,China)
