Exploring the Mechanism of the Impact of the US Withdrawal from the Paris Agreement on China's Photovoltaic Industry: Based on the Analysis of Comparative Cases of China-Saudi Arabia and China-Brazil Photovoltaic Cooperation
DOI:
https://doi.org/10.61173/p8y6nj22Keywords:
photovoltaic industry, Global South Countries, climate finance, photovoltaic cooperation, “risk to opportunity” transformation mechanism.Abstract
In the current global climate governance system, the US has shifted from long-term commitment to climate cooperation to suddenly withdrawing from the Paris Agreement. The US withdrawal from the climate cooperation mechanism will be bound to have a negative impact on the global new energy industry system. However, most scholars have not paid sufficient attention to this impact, and instead believe that the US withdrawal will only directly present significant opportunities for the future development of China’s new energy industry. Therefore, the impact of the US withdrawal from the agreement remains under-explained. Additionally, the author will propose a new theory through comparative case analysis: the “risk-opportunity” transformation mechanism. In this theory, China’s photovoltaic(PV) industry, which holds a crucial global energy strategic position, is selected as the affected entity to explain the impact mechanism of the US withdrawal from the agreement on China's energy industry. Research findings indicate that the US withdrawal from the agreement has clearly led to some significant global risks that have greatly impacted Global South Countries(GSCs). Through a comparative case study of China-Brazil and China-Saudi Arabia photovoltaic cooperation, the diplomatic measures China can adopt within the aforementioned impact mechanism can be explored, providing references for China's practices of continuously transforming risks into opportunities.
References
industry and serve as a precautionary measure, enabling mitigation. Nature Communications, 2021, 12. China to expand its PV industry cooperation network [2] Ho W. The Impact of Renewable Energy Industry Amidst the during the development process in order to make more Tense Relationship Between America and China. Lecture Notes
GSCs accept Chinese PV standards, thereby improving in Education Psychology and Public Media, 2024,57(1): 145- the industry’s ability to convert risks into opportunities, 149. which will ensure that China possesses stronger interna- [3] Glowik M., Chwialkowska A., Bhatti W A. Global solar
tional mobilization capabilities once new challenges re- photovoltaic industry network dynamics 2007 - 2023. Intersulting from the US withdrawal from the agreement arise organizational relationships as a source of competitive
in the future. advantage? Journal of Cleaner Production, 2024, 467. [4] Yu Donghui , Gu Baihe , Zhu Kaiwei , et al. Risk analysis of China’s renewable energy cooperation with belt and road 7. Conclusion economies. Energy, 2024, 293. Focusing more on analyzing certain practices in Trump’s [5] Robert O. Keohane. After Hegemony. Shanghai People’s federal policies that are highly related to indirect impacts Publishing House, Shanghai, 2006. and China’s diplomatic practices and foreign climate pol- [6] David Ricardo. On the Principles of Political Economy and Dean&Francis Hanqing Zhou
Taxation. Jincheng Publishing House, Beijing, 2020. Cooperation Ministry of Commerce of the People’s Republic [7] Owen Mulhern. Turkey - Ranked 96th in the Global of China, Brazilian Ministry of Economy, Institute of Applied
Sustainability Index. June 10, 2020. Retrieved on June 3, 2025. Economics. Green energy development and cooperation among https://earth.org/global_sustain/turkey-ranked-96th-in-the- emerging economies - China-Brazil cooperation as an example.
global-sustainability-index/ November 2022. Retrieved on June 8, 2025. http://cdi.mecon. [8] Xinhua News Agency. Special report: China’s “answer gov.ar/bases/docelec/az6054.pdf sheet” shows a major country’s commitment to the first global [14] Sun Yanan. Exploring the Potential for Cooperation “examination” of the Paris Agreement. December 16, 2023. between China National Petroleum Corporation and Brazil in
Retrieved on June 4, 2025. https://eco.cctv.com/2023/12/16/ Oil, Gas, and New Energy. International Petroleum Economics,
ARTISIwCAY9886aMgYbqV1qQ231216.shtml 2024, 32. [9] China Galaxy Securities. Differences in ideas between China [15] Zeng Fenyu, Wu Hongzhen. Analysis of Chinese investment and the US reshape the global climate governance landscape— in renewable energy generatiion in Brazil. Frontiers in Energy
the US withdrawal from the Paris Agreement promotes the Research, 2024, 12.
establishment of China’s leadership position. January 25, 2025. [16] https://portal.apexbrasil.com.br/regulatory_report/the-
Retrieved on June 5, 2025. https://pdf.dfcfw.com/pdf/H301_ ministry-of-mines-and-energy-mme-and-the-brazilian-energy- AP202501261642574225_1.pdf researchcompany-epe-launched-the-2030-ten-year-energy- [10] Karg A., Gupta J., Chen Y. Just Energy Transition expansion-plan-pde-2030-in-the-portuguese-acronym-it-will- Partnerships: An inclusive climate finance approach? Energy support-federal-d/
Research & Social Science, 2025, 125. [17] Fulton J. China-Saudi Arabia Relations Through the ‘1+2+3’ [11] Cheng Y.-s., Chung M.-k., Wong K.-m. China’s Climate Cooperation Pattern. Asian Journal of Middle Eastern and
Aid for the Global South—Changing Approach and Evolving Islamic Studies, 2020, 14.
Institutions. Sustainability, 2025, 17. [18] Abdulfasi M. The Transformative Patent [12] China Energy News. China has ample potential for Landscape in Saudi Arabia Since the Saudi Vision 2030
photovoltaic module exports. February 18, 2025. Retrieved on Announcement. Publications, 2024, 12.
June 7, 2025. https://www.nationalee.com/newsinfo/8043527. [19] Duan X., Aldamer S. The Saudi Arabia-China relationship html at a crossroad: A neoclassical realist analysis. Asian Politics and [13] Chinese Academy of International Trade and Economic Policy, 2022, 14(1): 114-128.
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