Macroeconomic policies and market dynamics in China are deepening the “dual carbon” target path, emphasizing the importance of energy security and transformation. Recent policies at the national level continue to promote the transformation of the energy structure, with a focus on the clean and efficient use of coal as a transitional energy source, while accelerating … Read more
The green hydrogen wave in the Middle East has arrived. In May 2025, the internationally renowned consulting firm Globaltech IP released the Hydrogen and Ammonia Opportunities for Chinese Enterprises in the GCC by 2025, which comprehensively analyzes the “Chinese Opportunities” in the Middle East’s green energy transition for the first time. The report is based … Read more
Click the blue text Follow us Introduction: From Concept to Reality, DAC Enters the Acceleration Track Against the backdrop of the “dual carbon” strategy, a negative carbon technology capable of directly capturing carbon dioxide from the atmosphere—DAC (Direct Air Capture)—is becoming a new strategic pivot for energy transition and carbon management in various countries. It … Read more
On April 27, 2025, Dazhe Optoelectronics announced that its R&D teamsuccessfully fabricated a large-area perovskite film measuring 1×2 m. Dazhe Optoelectronics has overcome the challenges of large-area perovskite film preparation through its self-developed vapor-assisted crystallization control technology, dynamic gradient film formation process, and cross-scale defect regulation technology, successfully producing high-quality films at the 1×2 meter … Read more
Click here to view submission system details SUBMISSION Huang Yunyong (School of International Political Economy, Chinese Academy of Social Sciences) Citation Huang Yunyong. “Embedded Security: The Political Logic of America’s Energy Transition” [J]. International Petroleum Economics, 2025, 33(01): 11-28. Abstract The security aspect of America’s energy transition exhibits “embedded” characteristics. Although the process of energy … Read more