Energy Security: A Shared Responsibility

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In recent days, a significant transformation is taking place at the Mengdong (Tongliao) Wind Power Equipment Manufacturing Base located in Tongliao City, Inner Mongolia Autonomous Region. The ongoing construction of two major projects led by Inner Mongolia Longma Heavy Industry Group Co., Ltd. — a flange production project with an annual capacity of 200,000 tons and a cast and forged product project with an annual capacity of 2 million tons — is progressing rapidly, with expectations to meet production conditions by the end of the year. According to project leaders, once operational, these facilities will not only supply essential components to local wind power equipment manufacturers but will also have the capacity to serve businesses across the country, solidifying Tongliao’s position as a hub for green technology.

Guo Jinghua, the Chief Engineer of the Energy Bureau of Tongliao City, highlighted that the city has been leveraging its abundant wind and solar resources to vigorously advance new energy projects. The initiative aims to construct a robust green energy supply system centered on renewable resources. This comprehensive strategy encompasses the establishment of manufacturing bases, the development of novel power systems, and initiatives for green electricity substitutions, all aimed at achieving coordinated growth among energy generation, storage, and distribution networks. By the end of May this year, Tongliao had successfully installed a power generation capacity of approximately 20.02 million kilowatts, out of which renewable energy sources accounted for 10.53 million kilowatts, representing over half of the city’s total power generation capacity.

Meanwhile, Erdos City, another significant area within Inner Mongolia, is steadily refining its energy production, supply, and storage systems. With a vision to construct a secure, efficient, and low-carbon energy production ecosystem, Erdos has effectively synchronized its energy supply chain to ensure reliability and stability. Recent efforts have focused on optimizing coal and natural gas extraction processes, which has improved the reliability of electrical supply. Furthermore, the city is hastening the integration of coal-power generation and enhancing its energy infrastructure, including a substantial gas pipeline network, now totaling over 3,632 kilometers, which significantly improves energy delivery efficiency. These endeavors also include actively developing coal mine capacity reserve systems, closely monitoring coal storage levels at key power plants, and enhancing local capacities for storing natural gas.

As a critical energy and strategic resource base in China, Inner Mongolia has adeptly balanced the cultivation of traditional energy resources while simultaneously fostering the growth of renewable energies. This dual approach has facilitated a gradual transition from a region predominantly reliant on fossil fuels to a new landscape characterized by a robust presence of clean energy sources. The outcomes are noteworthy; Inner Mongolia leads the nation in numerous key energy economic indicators, with coal production tasks accounting for over one-third of the national requirement and electricity exports making up about one-sixth of the total national output. Moreover, the region's installed capacity for renewable energy has surpassed 100 million kilowatts, representing a significant milestone.

At a recent work conference, a relevant official from the Energy Bureau of Inner Mongolia articulated the strategic direction for the region's energy development. Recognizing its wealth of resources, including substantial coal, wind, and solar energy reserves, Inner Mongolia is committed to fully exploiting these advantages to foster a vibrant modern energy economy, thereby transforming into an even more formidable energy base for the nation.
In the traditional energy sector, Inner Mongolia aims to concurrently promote carbon reduction, pollution mitigation, ecosystem restoration, and economic growth. By integrating advanced clean coal technologies, the region seeks to minimize carbon emissions and pollutants generated during the coal extraction and utilization processes. Enhanced ecological restoration efforts in mining areas and expanded vegetation coverage are also crucial to achieving sustainable development. Building on the progress made in greening traditional energy, Inner Mongolia is concurrently optimizing its new energy project layouts based on the distinct wind and solar resource distributions in various regions, thus accelerating the conversion of renewable resource advantages into developmental gains.
Furthermore, Inner Mongolia plans to robustly reinforce its energy infrastructure, significantly increasing investments in ultrahigh-voltage transmission lines and energy storage facilities to enhance both energy delivery and storage capabilities. The region aims to enhance its new energy equipment manufacturing sector, attracting quality enterprises to propel the formation of a comprehensive industrial chain that would elevate overall competitiveness. In collaboration with research institutions, Inner Mongolia is dedicated to energy technology innovation, striving to resolve critical obstacles within the energy domain. This reform initiative also seeks to streamline approval processes and invigorate market dynamism. By leveraging its geographic and comparative advantages, Inner Mongolia intends to proactively integrate into the new development paradigm, emphasizing international cooperation to secure energy safety under open conditions while contributing to the stability of the national energy strategy.

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