Sun Xiaohu, Liu Fei, Zhao Yu, Liu Fang, Wang Jian, Zhu Shu, He Qiang, Bai Yu, Zhang Jiyong
State Grid Economic and Technological Research Institute Ltd., Beijing 102200, China.
School of Geomatics and Urban Spatial Information, Beijing University of Civil Engineering and Architecture, Beijing 102616, China.
Sensors (Basel). 2024 Dec 1;24(23):7695. doi: 10.3390/s24237695.
The threat power transmission and distribution projects pose to the ecological environment has been widely discussed by researchers. The scarcity of early environmental monitoring and supervision technologies, particularly the lack of effective real-time monitoring mechanisms and feedback systems, has hindered the timely quantitative identification of potential early-stage environmental risks. This study aims to comprehensively review the literature and analyze the research context and shortcomings of the advance warning technologies of power transmission and distribution projects construction period using the integrated space-sky-ground system approach. The key contributions of this research include (1) listing ten environmental risks and categorizing the environmental risks associated with the construction cycle of power transmission and distribution projects; (2) categorizing the monitoring data into one-dimensional, two-dimensional, and three-dimensional frameworks; and (3) constructing the potential environmental risk knowledge system by employing the knowledge graph technology and visualizing it. This review study provides a panoramic view of knowledge in a certain field and reveals the issues that have not been fully explored in the research field of monitoring technologies for potential environmental damage caused by power transmission and transformation projects.
研究人员已广泛讨论了输配电项目对生态环境构成的威胁。早期环境监测与监管技术的匮乏,尤其是缺乏有效的实时监测机制和反馈系统,阻碍了对潜在早期环境风险的及时定量识别。本研究旨在全面回顾文献,并运用天地一体化系统方法分析输配电项目建设期预警技术的研究背景与不足。本研究的主要贡献包括:(1)列出十种环境风险,并对与输配电项目建设周期相关的环境风险进行分类;(2)将监测数据分类为一维、二维和三维框架;(3)运用知识图谱技术构建潜在环境风险知识体系并进行可视化展示。本综述研究提供了某一领域知识的全景视图,揭示了输变电项目潜在环境损害监测技术研究领域中尚未充分探索的问题。