National Energy Administration: Encouraging innovation of artificial intelligence models in the energy sector.

The National Energy Administration has issued the "Energy Sector Energy Saving and Carbon Reduction Action Plan", which proposes to strengthen research and promotion of energy-saving and carbon reduction technologies and equipment. Strengthen the research and development of energy-saving energy equipment, improve the energy efficiency level of energy equipment in the entire process of energy extraction, conversion, storage, and transmission. With the support of national science and technology major projects and key projects in the energy sector, support the research and key common technologies of energy-saving and carbon reduction equipment; based on relevant policies related to the first major technical equipment in the energy sector, support the application and promotion of technology equipment with significant energy-saving and carbon reduction benefits. Strengthen digital and intelligent empowerment. Thoroughly promote the digitization and intelligence transformation of the production, supply, storage, and sales of energy in various links, support enterprises in building digital carbon management platforms, promote accurate energy consumption measurement, real-time collection, and intelligent analysis, achieve online monitoring and accounting of energy consumption and carbon emissions, and flexible control. Encourage innovation in artificial intelligence models in the energy sector, explore intelligent solutions for energy saving and carbon reduction, and tap the high-value scenarios of artificial intelligence in the process of energy saving and carbon reduction. Carry out research and development of cutting-edge technologies with low carbon, zero carbon, and carbon negative. Focus on key areas such as clean and efficient utilization of fossil energy, large-scale utilization of renewable energy, intensify research and development efforts in forward-looking and strategic major frontier technologies, accelerate breakthroughs in key technologies such as supercritical carbon dioxide power generation, CCUS, research on key technologies for flexible and efficient wind and solar hydrogen production, scale and safe hydrogen storage, breakthroughs in green hydrogen synthesis catalysis, low carbon synthesis processes, long-distance transportation, and other core technologies.