On August 10, 2026, China’s National Development and Reform Commission and National Energy Administration published the 15th Five-Year Plan for the Development of the Coal Industry, covering the period from 2026 to 2030. The plan comes at a crucial stage before the deadline by which China has pledged to reach peak carbon dioxide emissions “before 2030,” but it does not specify an official year for peak coal consumption.
Rather than announcing a detailed timetable for decline, the document emphasizes that coal will remain “a basic energy source” and a pillar of supply security. At the same time, it calls for coal consumption to peak during the plan period, for improvements in its efficiency of use, reductions in its emissions, and the development of alternative industries for coal companies. Analysts quoted by Carbon Brief therefore view the document not as a plan to phase out or reduce coal, but as a framework for managing and reshaping the sector as the energy mix approaches a transition.
Peak Consumption Without a Binding Deadline
The plan repeats the goal of bringing coal consumption to a peak during 2026–2030 and links it to China’s dual goals of reaching peak emissions and achieving carbon neutrality, while also requiring energy supplies to be guaranteed. State-linked bodies had previously raised the possibility of consumption peaking in 2027, while independent analyses have suggested that emissions from coal consumption may have already peaked.
The absence of a specific year gives Beijing greater flexibility in determining the pace of the transition. According to Kevin Tu, a nonresident fellow at Columbia University’s Center on Global Energy Policy, reaching a peak in 2027 remains possible, but depends on electricity demand growth, renewable-energy expansion, industrial activity, weather, and coal demand in the chemicals sector. Li Shuo, director of the China Climate Hub at the Asia Society Policy Institute, believes that market and technological progress may be the decisive factors in the timing of the peak, with regulatory interventions potentially limited to preventing it from being exceeded beyond 2030.
Strengthening Supply Instead of Cutting Production
The plan does not set an overall coal-production target for the five-year period, unlike the 2015 and 2020 plans. However, it confirms the creation of at least 100 million tonnes per year of reserve production capacity by 2030, a level below the 300 million-tonne target China announced when it launched the reserve system in 2024.
The four northern regions of Shanxi, Inner Mongolia, Shaanxi, and Xinjiang will continue to play the primary role in supplies; the plan aims for them to provide more than 80% of China’s coal by 2030, compared with 82% of production in 2025. It also requires the minimum annual production capacity of new or expanded mines in these regions to reach 1.2 million tonnes, excluding southern Xinjiang.
The plan also moves toward greater centralization in production management. Any new capacity during 2026–2030 must be entered into a “single register” and receive central-government approval before implementation. This may indicate an effort to prevent companies and regions from rushing to add new capacity as coal consumption approaches stabilization and then begins to decline.
What Is Changing in Practice in the Sector?
The plan refers to a “green, low-carbon transformation” and the “clean and efficient use” of coal, but focuses largely on production and processing operations and consumption efficiency, rather than on comprehensive absolute emissions reductions. The proposed approaches include improving energy efficiency, rationalizing water use, electrifying mines, and increasing their reliance on renewable energy sources, alongside eliminating inefficient coal-burning equipment and replacing it with clean-energy alternatives.
Methane in coal mines is one of the plan’s key areas. It targets the production of 26 billion cubic meters of coalbed methane and the utilization of 6.5 billion cubic meters of mine gas by 2030, with at least 18 billion cubic meters to come from the Ordos Basin. The plan says that exploiting this gas could improve safety, increase energy supplies, and reduce emissions, but it does not set an absolute target for reducing methane emissions, meaning that the impact of these measures will depend on implementation frameworks that have not yet been detailed.
Companies’ Shift Toward Energy and Chemicals
The document requires coal companies to manage mine closures and exit plans, and to address labor transitions, debt settlement, and environmental restoration. It also encourages them to expand into electricity, new energy, and chemicals, emphasizing that coal will increasingly be used as a raw material alongside its role as a fuel.
According to Kevin Tu, directing companies toward coal chemicals is among the plan’s most consequential elements. The document calls for the construction of strategic bases for converting coal into oil and gas, while seeking to reduce emissions intensity through low-carbon electricity, green hydrogen, and carbon capture, utilization, and storage. This does not mean abandoning coal chemicals, but rather making them more efficient, higher-value, and potentially less carbon-intensive. Li Shuo also believes that tensions in the Middle East could drive further expansion of the sector despite environmental arguments.
Conclusion: The plan indicates that China is preparing to manage the period after peak coal more than it is preparing to end its reliance on coal. It continues to support coal’s capacity to provide energy security while imposing greater regulation, efficiency, and diversification; meanwhile, the actual timing of peak demand and emissions remains open to developments in the market, technology, and policy.