内蒙古乌海市能源结构低碳化转型的驱动机制与政策响应研究

    Study on the driving mechanism and policy response of low carbon transformation of energy structure in Wuhai City, Inner Mongolia

    • 摘要: 在“双碳”目标与黄河流域生态保护和高质量发展双重战略背景下,以煤炭为主导的资源型城市面临空前严峻的能源结构转型与可持续发展压力。本文以内蒙古乌海市这一典型高度依赖煤炭资源的城市为研究对象,剖析其能源结构现状与低碳转型过程中所遭遇的核心挑战,揭示其在供给侧长期以煤为主、需求侧工业能耗强度突出、可再生能源开发利用不足等结构性矛盾,以及体制机制创新滞后、政策协同性不足等制度性约束。本文进一步解析推动乌海能源结构转型的内外部驱动机制,包括目标倒逼、政策牵引、安全诉求和生态治理等多重动力。在此基础上,研究提出“供给侧清洁化-消费侧电气化与高效化-制度与政策协同化”的三维系统转型路径,并构建涵盖顶层设计引导、经济激励工具、科技创新支撑与市场机制改革的综合政策响应体系。研究结果表明,乌海市需重点通过风光氢储一体化基地开发、煤电清洁灵活化改造、工业流程深度降碳和智慧能源系统集成等关键举措,打破高碳锁定路径,实现能源结构低碳转型与区域经济社会可持续发展。该研究成果不仅为乌海市绿色低碳发展提供理论依据和路径参考,也为中西部资源型城市尤其是黄河流域煤基城市探索绿色转型提供可借鉴的实践范式。

       

      Abstract: Under the dual strategic background of the “dual carbon” goal and the ecological protection and high-quality development of the Yellow River Basin, the resource-based cities led by coal are facing unprecedented severe pressure on energy structure transformation and sustainable development. This paper takes Wuhai City, a typical city that is highly dependent on coal resources, as the research object, analyzes the current status of its energy structure and the core challenges encountered in the process of low-carbon transformation, and reveals its structural contradictions such as long-term coal dominance on the supply side, prominent industrial energy consumption intensity on the demand side, insufficient development and utilization of renewable energy, as well as institutional constraints such as lagging institutional mechanism innovation and insufficient policy coordination. This paper further analyzes the internal and external driving mechanisms that promote the transformation of energy structure in Wuhai City, including multiple driving forces such as target pushing, policy traction, safety demands and ecological governance. On this basis, this paper proposes a three-dimensional system transformation path of “supply-side cleanliness, consumption-side electrification and efficiency, and system and policy coordination”, and constructs a comprehensive policy response system covering top-level design guidance, economic incentive tools, scientific and technological innovation support and market mechanism reform. The research results show that Wuhai City needs to focus on key measures such as the development of wind, solar and hydrogen storage integration bases, clean and flexible transformation of coal power, deep carbon reduction of industrial processes, and integration of smart energy systems to break the high-carbon lock-in path and achieve low-carbon transformation of the energy structure and sustainable development of regional economy and society. The research not only provides a theoretical basis and path reference for the green and low-carbon development of Wuhai City, but also provides a practical paradigm for resource-based cities in the central and western regions, especially coal-based cities in the Yellow River Basin, to explore green transformation.

       

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