Research on environmental protection and water and soil conservation technology of power grid engineering mechanized construction based on modular design

Yakun Tan, Guo Li, Jianli Tang, Wenfeng Peng, Hai Wang, Jiayi Kong, Song Yang, Yuan Zhou, Hongyuan Liu, Dugui Tang, Wei Huang, Tao Huang, Qing Liu, Weiqing Yu, Wei Su
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Abstract

In the construction and development of modern society, power grid engineering as an important content of urban construction and development and protection of residents' quality of life, in the face of the expanding scale of power grid investment, power grid project construction shows a rapid growth trend. With the continuous development of social economy and smart grid construction needs, the requirements of power grid construction quality and construction period are getting higher and higher. On the basis of understanding the research status of mechanized construction of power engineering, this paper mainly discusses the principle and structure of modular design by taking the actual soil and water conservation measures on site as an example, and then takes the mechanized construction of power engineering in a certain area as an example to determine the construction environmental protection technology, in order to improve the comprehensive level of China's power grid construction.
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基于模块化设计的电网工程机械化施工环境保护与水土保持技术研究
在现代社会的建设和发展中,电网工程作为城市建设发展和保障居民生活质量的重要内容,面对不断扩大的电网投资规模,电网工程建设呈现出快速增长的趋势。随着社会经济的不断发展和智能电网建设的需要,对电网工程建设质量和工期的要求也越来越高。本文在了解电力工程机械化施工研究现状的基础上,主要以现场实际水土保持措施为例,探讨模块化设计的原理和结构,进而以某地区电力工程机械化施工为例,确定施工环保技术,以提高我国电网建设的综合水平。
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