高分辨率卫星遥感技术在新能源项目中的应用

Application of High-Resolution Satellite Remote SensingTechnology in New Energy Projects

新能源助力“双碳”目标实现已经成为诸多企业的共识,风光制氢作为典型的绿氢代表,能更好应对国内能源结构转型升级和“双碳”目标的实现。各大能源企业也正加速风光制氢产业布局和项目落地。但受传统测设方式的局限性影响,叠加疫情封控,亟待上马的项目进展严重受挫。本文基于高分辨率立体测绘卫星遥感数据,通过DEM快速建模、DOM自动处理以及基于深度学习的地物分类等技术,快速高效地为风光制氢项目提供了一套集高分辨率影像图、高精度高程数据、精细化土地利用现状分类等于一体的“一张图”,为项目前期选址、初设以及占地补偿测算等工作提供了科学可靠的数据支撑,有效提升了项目实施能力和效率,同时也为后期运营阶段利用遥感和环境预测技术制订科学的生产、运维计划提供支撑。

New energy plays a crucial role in achieving the“dual carbon”goal,with wind and solar hydrogen being representative of green hydrogen.This paper,based on high-resolution satellite remote sensing data,efficiently provides a comprehensive“map”for wind and solar hydrogen projects.It includes high-resolution images,precise elevation data,and detailed land use classifications,offering scientific and reliable data for project site selection,initial design,and land compensation calculations.This approach enhances project implementation capabilities and efficiency,supporting scientific production and operation plans using remote sensing and environmental prediction technologies.