架空网络向地下网络转换时埋电缆的共用沟槽

Maileen Schwarz Simão, Euler Ribeiro, B. B. Cardoso, Marcos Aurélio Izumida Martins, Moacir Fernandes Lopes, Fabricio Rodrigues
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引用次数: 1

摘要

作为世界范围内的一种强烈趋势,电网的埋藏旨在缓解与自然环境的冲突,在公共空间的使用中产生积极的方面,在城市环境的美学中,除了有助于公民的安全之外。这种行动已在若干国家实施,在人行道上安装低压电缆,在公路上安装中压电缆作为标准。然而,由于干扰多,维护和运营成本高,以及可能对环境和交通产生的负面影响,这种方法并不总是可行的,特别是在大型城市中心。因此,本文提出了一种以中低压电网共用沟槽为前提的地下配电网管道配置新方法的研究,提出了创新的建设性方法,并对社会和环境产生了直接的效益。这项研究是ENEL distribui o s o Paulo提出的名为“城市未来能力”的研发项目的一部分,该项目与其他工作前沿一起开发了管道银行的新概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Shared trench for burying cables in the conversion of overhead to underground networks
Presented as a strong trend around the world, the burial of electricity networks aims to mitigate conflicts with the physical environment, generating positive aspects in the use of public space, in the aesthetics of the urban environment, in addition to contributing to the safety of citizens. Such action is already implemented in several countries, having as standard the installation of low voltage cables on sidewalks and medium voltage cables on roadways. However, due to the high number of interferences and the high maintenance and operation costs, as well as the possible negative impacts on the environment and traffic, it is not always feasible to use this process, especially in large urban centers. Thus, this article brings to light the study of a new method of allocation of pipelines for underground electricity distribution grids, based on the premise of sharing trenches between low and medium voltage grids, presenting the innovative constructive methods involved and the direct benefits to society and the environment. This study is part of an R&D project proposed by ENEL Distribuição São Paulo, called "Urban Futurability", which, together with other work fronts, develops a new concept of a pipeline bank.
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