近零碳城市隧道设计方案探讨
Discussion on Near-Zero Carbon Urban Tunnel Design Solutions
朱华君1
作者信息
摘要
文章概述了近零碳城市隧道的设计原则、采用的创新技术及其预期效果,提出以光导、光伏变电站、光储直柔、数字孪生、机器人巡检、人工智能(AI)、物联网(IoT)等技术为核心的多维一体化设计策略,以实现隧道的近零碳排放.本文将对各技术的应用展开探讨,并通过模型分析对隧道整体能源消耗、碳排放量等进行数据评估.
Abstract
This study presents an overview of design principles,innovative technologies,and anticipated outcomes for near-zero carbon urban tunnels. It introduces a comprehensive multi-dimensional integrated design strategy incorporating advanced technologies,including light guidance systems,photovoltaic substations,optical storage with flexible DC distribution,digital twin technology,robotic inspection systems,Artificial Intelligence (AI),and Internet of Things (IoT),aimed at achieving near-zero carbon emissions in tunnel operations. The research examines the implementation of these technologies and provides quantitative assessments of overall energy consumption and carbon emissions through detailed modeling and analysis.
关键词
近零碳/城市隧道/光导系统/光伏变电站/光储直柔/数字孪生/机器人巡检/AI/物联网Key words
near-zero carbon/urban tunnel/light guidance system/photovoltaic substation/power station/optical storage with flexible DC (Direct Current) system、digital twin/robotic inspection/AI (Artificial Intelligence)/IoT (internet of Things)引用本文复制引用
出版年
2024
NETL
NSTL
万方数据