发布名称：零碳智慧高速公路创新成果

The name of the publication: Innovation Achievements of Zero-carbon and Intelligent Expressway

 

发布时间 / Release Time:2024 年 6 月 27 日 9:45-10:15 / Jun. 27, 2024, 9:45-10:15

发布地点 / Release Place: 成果发布区 / Achievement Release Area

 

发布议程 / Release Agenda

09:45- 高速公路行业增强大模型

Enhancement large Model of Expressway Industry

09:50- 基于数字孪生的新一代收费站综合解决方案

Next-generation toll station solution based on digital twin

09:55- 零碳高速公路智慧能源解决方案

Smart energy solution for zero-carbon expressway

10:00- 零碳智慧高速云控平台

Cloud control platform for zero-carbon Intelligent expressway

10:05- 高速公路边坡光伏一体化技术解决方案

Integrated solution for photovoltaic panels and expressway slope

10:10- 零碳隧道能源优化配置解决方案

Solution for optimizing the allocation of energy resources in zero-carbon tunnels

 

主要内容和创新点 / Main Contents And Innovations

秉承“创享美好之路”企业使命，山东高速集团致力于推进高速公路绿色低碳转型，建成全国首条零碳智慧高速公路—济青中线（济潍段），取得一系列技术突破：高速公路行业增强大模型，依托高速云算力资源，打造多场景、多模态的语言及视频大模型应用；新一代收费站实现收费稽核、区域值守、云收费的数字孪生应用 ;智慧能源解决绿色能源高效消纳、站点间能源互备，实现能源转换和能源配置优化 ; 零碳智慧高速云控平台实现协同感知、区域自治、交通溯源、碳排放、碳减排“全景画像”的超场景应用 ; 高速公路边坡一体化技术兼顾边坡稳定性、边坡排水、边坡绿化和光伏发电；零碳隧道能源资源优化配置解决方案，优化配置、控制隧道能源资源，降低能耗。

Shandong Hi-Speed Group, dedicates to the enterprise mission of "Creating Better Roads", is steadfast in its commitment to promote transformation and upgrading for the green and low-carbon expressways, which has achieved by completing China's first zero-carbon intelligent expressway, the Jiqing Middle Line (Jiwei section), and has a series of technological breakthroughs: Large Model of Expressway Industry relying on Cloud platform computing resources to create multi- scene,multi-modal language and video large model applications; Next-generation toll station realizing digital twin applications for toll auditing, regional monitoring, and cloud tolling;The smart energy network solution has been established to facilitate the efficient absorption of green energy and enable mutual energy supply among stations, We will achieve energy conversion and optimize energy allocation;Building an autonomous and innovative cloud control platform for zero-carbon intelligent expressway, effectively achieving super-scene applications of collaborative perception, regional autonomy, and traffic traceability in smart expressway scenarios.Additionally, an integrated technology for photovoltaic panels and expressway slope has been introduced, addressing slope stability, drainage, greening, and photovoltaic power generation; We have developed A method for optimizing the allocation of energy resources in zero-carbon tunnels,through this approach, the energy can be efficiently allocated and control to reduce overall energy consumption in tunnels.