常纪文：能源体系与产业体系“耦合发展”打开绿色增长新空间

Core Viewpoint - The integration of a new energy system and a green low-carbon industrial system is essential for industrial upgrading and green growth during the 14th Five-Year Plan period [1][4]. Group 1: Energy Transition and Industrial Development - The development of a new energy system will lead to an increase in the share of non-fossil energy consumption, expected to reach 83% by 2060 [1]. - Industries such as new energy vehicles, green hydrogen, green ammonia, energy storage, and low-carbon equipment manufacturing are anticipated to experience rapid growth [1][4]. Group 2: Coupling of Industries and Clean Energy - Industries facing emission reduction pressures, such as steel, electrolytic aluminum, and chemicals, can couple with wind and solar power generation bases for low-carbon transformation [3]. - The coupling path must leverage local resource endowments to develop an upgraded version of heavy chemical industries, transforming clean energy advantages into industrial competitive advantages [3]. Group 3: Practical Examples and Innovations - Sinopec's green hydrogen coupling coal chemical project in Ordos is the world's largest, expected to reduce carbon dioxide emissions by 1.43 million tons annually [3]. - The first cross-provincial green hydrogen pipeline project in China, "Inner Mongolia - Beijing-Tianjin-Hebei," has been approved, with an annual hydrogen transport capacity of 500,000 tons [3]. Group 4: Challenges and Strategic Directions - The development of green low-carbon industries faces uncertainties in technology routes, standards, and market returns, with current profitability of the green hydrogen industry chain being insufficient [4]. - There is a need for strategic determination and reliance on technological and institutional innovation to advance steadily [4]. - The establishment of a carbon market, carbon footprint management, and green finance mechanisms is crucial for providing institutional support for the coupling of energy and industry [4].