China Accelerates Transition Toward Green and Low-Carbon Power Supply

China is accelerating efforts to build a green and low-carbon power supply system as part of its broader push toward national decarbonization. State media reports highlight an ongoing strategy aimed at expanding non-fossil energy capacity while maintaining the baseline energy security provided by traditional thermal power. Key operational priorities include enhancing grid flexibility through virtual power plants, expanding cross-provincial power sharing, and preparing system infrastructure for the upcoming 15th Five-Year Plan period.

The direction set for power system development during the 15th Five-Year Plan emphasizes a dual mandate: accelerating green low-carbon transformation while safeguarding stable and secure energy supply. This strategy directly influences capital allocation, grid infrastructure investment, and technological deployment across China's power supply chains.

China is accelerating the construction of a green and low-carbon power supply framework, according to state media reports, reflecting a central policy drive to harmonize rapid renewable energy expansion with national energy security imperatives. As Chinese policymakers advance strategic planning for the sector, the structural transformation of the power system has emerged as a vital element of national economic policy. Under China's broader dual-carbon goals—which target peak carbon emissions before 2030 and carbon neutrality before 2060—the country is undergoing a comprehensive restructuring of how electricity is produced, distributed, and consumed across provincial grids. While non-fossil energy capacity, including wind, solar, and hydro power, continues to expand rapidly across the country, official energy guidelines emphasize that traditional power sources must continue to fulfill a foundational role. Thermal power assets, particularly coal and natural gas, are being refocused toward baseline supply security and emergency peak-shaving duties to ensure system stability against weather-driven output fluctuations. To manage the operational complexities associated with integrating large volumes of variable clean energy, authorities are emphasizing grid flexibility and regional coordination. Key policy mechanisms include the development of virtual power plants to aggregate flexible industrial and commercial loads, as well as the strengthening of cross-provincial mutual power assistance networks. These cross-border trading mechanisms allow electricity-surplus regions to dispatch clean energy directly to high-demand economic hubs in real time, reducing localized supply stresses and minimizing renewable curtailment. These coordinated measures serve as part of the operational preparations leading into the 15th Five-Year Plan period. By balancing rapid green energy expansion with firm baseline support, Chinese energy authorities aim to maintain reliable industrial power delivery while steadily progressing along the national decarbonization pathway.