首页|绿色低碳高速公路柔性互联智慧能源微网与隧道全直流化技术

绿色低碳高速公路柔性互联智慧能源微网与隧道全直流化技术

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本技术针对绿色交通低碳高速的建设需求,围绕着高速公路沿线一体化自洽、多源协同供能及全场景综合能效管理等创新技术开展研究与应用,致力于实现国内高速公路的智能化,低碳化。经过研发,突破了电网薄弱区域高速公路及隧道群光伏廊道技术、基于交通专用能源路由器的柔性直流微网技术、基于新型传感器的多级能效管理技术、隧道全直流化技术;提出了符合高速公路供需耦合特性的能源自洽系统架构;形成了高速公路路域清洁能源综合开发与利用技术方案;研制了适配高速公路环境并具备长期服役能力的多能变换能源路由器关键装备,搭建了基于能源路由器的柔性直流微网;建立了分层、分布式的能量传感器监测网络体系,开发了直流直驱隧道风机等装备。实现了高速公路用能的清洁化、低碳化,实现供能的有效协调、灵活可控。
Green and Low-carbon Highway Flexible Interconnection Smart Energy Microgrid and Tunnel Full DC Technology
This technology is aimed at the construction needs of green transportation and low-carbon high-speed,and focuses on the research and application of innovative technologies such as integrated self-consistent,multi-source collaborative energy supply and all-scene comprehensive energy efficiency management along the highway,and is committed to realizing the intellectualization and low-carbon of domestic highways.After research and development,it has broken through the photovoltaic corridor technology of highways and tunnel groups in weak areas of the power grid,flexible DC microgrid technology based on transportation special energy router,multi-level energy efficiency management technology based on new sensors,and tunnel full DC technology.The energy self-consistent system architecture is presented,which conforms to the coupling characteristics of supply and demand of expressway.A technical plan for comprehensive development and utilization of clean energy in highway areas has been formed.The key equipment of multi-energy conversion router suitable for highway environment and with long-term service ability is developed,and the flexible DC microgrid based on energy router is built.A layered and distributed energy sensor monitoring network system has been established,and equipment such as direct DC drive tunnel fan has been developed.It realizes the clean and low carbonization of highway energy use,and realizes the effective coordination,flexibility and controllability of energy supply.

expresswaycollaborative energy supplyintelligentlow carbonizationenergy efficiency management

四川蜀道清洁能源集团有限公司、四川欣智造科技有限公司、清华四川能源互联网研究院

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高速公路 协同供能 智能化 低碳化 能效管理

2024

交通节能与环保
人民交通出版社股份有限公司,交通运输部公路科学研究院

交通节能与环保

影响因子:0.286
ISSN:1673-6478
年,卷(期):2024.20(z1)