高速公路交能融合标准体系研究

摘要：

【目的】交能融合标准体系的构建是推动交通能源一体化发展、实现交通行业绿色低碳转型的关键环节。高速公路交能融合作为道路交通领域减排降碳的重要抓手，亟须构建支撑高速公路场景交能融合发展的标准体系。【方法】结合“源-网-荷-储”一体化用能形式，深入分析交通与能源融合发展方向和路径，结合交通和能源融合概念的内在特征和具体特点，构建科学、系统、统一的高速公路场景下交能融合标准体系框架。【结果】从交通能源耦合发展、示范工程技术难题、标准制定分层拟编、引领国际核心标准4个方面，为交能融合标准化工作给出相应建议。【结论】高速公路交能融合标准体系的构建，为系统规划交能融合标准研制，全面推动交通用能网络基础建设提供了重要的科学依据和指导。

Abstract:

[Objective] The construction of the transportation-energy integration standards system is a key link to promote the integrated development of transportation and energy, and realize the green and low-carbon transformation of the transportation industry. As an important starting point for reducing carbon emission in the road transport field, it is urgent to build a standards system to support the transportation-energy integrated development of freeway scene. [Methods] Combined with the “source-net-charge-storage” integrated energy use form, the development direction and path of transportation and energy integration are analyzed, and a scientific, systematic and unified framework of transportation-energy integration standards system is constructed based on the internal and specific characteristics of the concept of transportation and energy integration. [Results] From four aspects of transportation and energy coupling development, demonstration engineering technical problems, standard formulation and compilation of layers, leading the international core standards, the corresponding suggestions for the standardization of energy integration are given. [Conclusion] The construction of the freeway transportation-energy integration standards system provides an important scientific basis and guidance for the system planning of energy integration standards and the overall promotion of the transportation energy use network infrastructure. 

引用格式：付豪，毛宁，龙妍，等.高速公路交能融合标准体系研究[J].标准科学，2025(7):98-104.

基金项目：本文受中国能建交能融合重大科技专项项目“综合交通与能源融合关键技术研究与工程示范”（项目编号：CEEC2021-KJZX-08-1）；国家重点研发计划项目“引领典型行业率先碳达峰的质量基础协同控制技术体系研究与应用”（项目编号：2021YFF0601000）资助。 

作者简介：付豪，博士，高级工程师，研究方向为交通与能源融合。 龙妍，通信作者，博士，教授，研究方向为物质流-能量流-信息流协同控制、能源经济与管理等。