Study on vegetation restoration technology in ecologically sensitive area of power transmission and transformation project in Sichuan-Chongqing area

Dan Yang, Siying Du, Wentao Zhang, Rongquan Fan, Qing Liu, Wenhui Zeng, Guo Li, Chunjiang Li, Lei Yin, Jun Li
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Abstract

In the rapid development of urban construction, China's power transmission and transformation engineering construction scope is more and more wide, in order to better cope with the opportunities and challenges proposed by the development of The Times, the National Grid Co., Ltd. technical research team in the proposed a number of key technologies at the same time, mastered a lot of theoretical knowledge and practical experience, which for the new period of ecological environmental protection laid the foundation. Especially for the Sichuan-Chongqing area, the vegetation restoration technology must be considered in the construction management of power transmission and transformation projects during the construction of ecologically sensitive areas, only in this way can the construction requirements of safe production and green environmental protection be met. On the basis of understanding the construction management requirements of power transmission and transformation projects in Sichuan-Chongqing area, and according to the construction status of ecologically sensitive areas during the construction period, I mainly study the construction identification system and construction evaluation system of projects in ecologically sensitive areas, and propose effective vegetation restoration technology according to the requirements of construction sites, so as to ensure the normal operation of power transmission and transformation projects in Sichuan-Chongqing area.
川渝地区输变电工程生态敏感区植被恢复技术研究
在城市建设飞速发展的今天,我国输变电工程建设范围越来越广,为了更好地应对时代发展提出的机遇和挑战,国家电网有限公司技术攻关团队在提出多项关键技术的同时,掌握了大量的理论知识和实践经验,这为新时期生态环境保护奠定了基础。特别是针对川渝地区,在生态敏感区域的输变电工程施工管理中,必须考虑植被恢复技术,只有这样才能满足安全生产、绿色环保的施工要求。笔者在了解川渝地区输变电工程施工管理要求的基础上,根据施工期间生态敏感区的施工现状,主要研究了生态敏感区工程的施工识别系统和施工评价系统,并根据施工现场的要求提出了有效的植被恢复技术,以保证川渝地区输变电工程的正常运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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