How China's Next-Generation Industrial Policy Is Reshaping Global Clean Energy Supply Chains

Executive Summary

China's industrial strategy is undergoing a fundamental transformation, moving from targeted sectoral interventions to a comprehensive "industrial policy of everything." This next-generation approach extends across all layers of production—from upstream raw materials and industrial equipment to downstream applications and frontier technologies. The result is an acceleration of China's trade dominance in clean energy sectors, deepening global dependencies on Chinese supply chains for solar panels, wind turbines, lithium-ion batteries, and electric vehicles. For international policymakers, businesses, and climate stakeholders, understanding this evolution is critical to navigating the intersection of industrial competition and global sustainability.

Introduction

A decade after the launch of Made in China 2025 (MIC25), Beijing is doubling down on state-driven industrial development rather than retreating under domestic and international pressure. According to a May 2026 report by Rhodium Group, commissioned by the U.S. Chamber of Commerce, China's industrial policy has become broader and more consequential for global markets than ever. The report finds that state intervention now touches almost every major sector and their underlying supply chains, with particularly pronounced effects in clean energy technologies—the very industries central to global climate mitigation efforts.

Environmental Background

The global transition to a low-carbon economy depends heavily on the rapid deployment of solar photovoltaics, wind energy, battery storage, and electric vehicles. China has emerged as the dominant producer of these technologies, supplying over 70% of global solar modules, 60% of wind turbine components, and 75% of lithium-ion batteries. However, China's industrial policy is not merely a response to market demand; it is a deliberate strategy to control the entire value chain, from critical mineral processing to manufacturing equipment to end products. This concentration creates both opportunities—lower costs and faster deployment—and risks—supply chain vulnerabilities and geopolitical leverage.

Main Analysis

From Targeted Sectors to Systemic Industrial Policy

Made in China 2025 focused on a defined set of strategic emerging industries, including new energy vehicles, advanced information technology, and high-end manufacturing. While MIC25 achieved many of its localization targets—reducing import dependencies and displacing foreign firms in domestic markets—the current trajectory goes further. Rhodium Group identifies a shift toward what it calls an "industrial policy of everything," where mature sectors, foundational supply chain nodes, and frontier technologies are all subject to state guidance, subsidies, and regulatory support.

This expansive approach is evident in clean energy. China now dominates not only final products but also the upstream production of polysilicon for solar cells, rare earth elements for wind turbines, and graphite for battery anodes. By controlling key inputs, China can influence global prices, production volumes, and technology standards.

Accelerating Trade Dominance and Foreign Dependencies

The report highlights that China's next-generation industrial policy is accelerating its trade dominance and expanding foreign dependence on Chinese supply chains. In clean energy, this dependency is stark: the European Union imports over 80% of its solar modules from China, the United States relies on China for more than 60% of its lithium-ion batteries, and Japan and South Korea depend heavily on Chinese rare earth processing.

Beijing increasingly deploys policy tools to entrench its dominant position and counter foreign diversification strategies. For example, export controls on critical minerals and technologies, coupled with green subsidies that favor domestic production, create barriers for other countries seeking to build alternative supply chains.

Ecological & Economic Impact

Climate Resilience and Emission Reduction

China's dominance in clean energy manufacturing has enabled dramatic cost declines globally—solar module prices have fallen by over 90% in the past decade—accelerating the deployment of renewable energy and helping to reduce emissions. However, supply chain concentration poses risks to climate resilience. A disruption in Chinese production—due to geopolitical conflict, natural disasters, or policy changes—could stall renewable energy projects worldwide, delaying emission reduction targets.

Natural Resources and Biodiversity

The extraction of critical minerals, such as lithium, cobalt, and rare earths, raises environmental and social concerns. China's industrial policy has driven rapid mining expansion domestically and in partner countries, often with inadequate environmental oversight. This can lead to habitat destruction, water pollution, and carbon-intensive processing, undermining the net environmental benefits of clean energy technologies.

Business and Investment Implications

For global firms, the deepening Chinese role in clean energy supply chains presents both opportunities and risks. Companies that integrate with Chinese supply chains can access low-cost components, but face exposure to geopolitical tensions, trade barriers, and regulatory changes. Investors increasingly factor in supply chain risk, with ESG criteria scrutinizing dependency on single-source suppliers. The Rhodium Group report underscores that Chinese firms are expanding globally, establishing production bases in Southeast Asia, Europe, and Latin America, thereby extending China's industrial policy reach.

Policy & Industry Perspectives

Environmental Regulation and Carbon Border Measures

Governments are responding with policies aimed at diversifying supply chains while maintaining momentum toward climate goals. The U.S. Inflation Reduction Act and the European Union's Net-Zero Industry Act include provisions to support domestic clean energy manufacturing, often with explicit reference to reducing reliance on China. However, these policies face challenges: building new supply chains takes years, and costs are initially higher. Carbon border adjustment mechanisms, such as the EU's CBAM, may also create trade tensions if applied to Chinese products based on emission intensity.

International Cooperation and Standards

Multilateral efforts to ensure open, diversified clean energy supply chains have gained traction. The International Energy Agency's work on critical minerals and the G7's Partnership for Global Infrastructure and Investment aim to support alternative production hubs. Yet, China's industrial policy is deeply integrated into global trade, and decoupling would come at significant economic and environmental cost. The key challenge is balancing competition with cooperation, especially in climate technology where rapid deployment is essential.

Innovation and Technology Adoption

China continues to invest heavily in next-generation clean energy technologies, including solid-state batteries, green hydrogen, and advanced nuclear. Its industrial policy funnels state resources into research and development, enabling rapid commercialization. Foreign firms and researchers benefit from China's cost advantages but face restrictions on technology access and intellectual property protection. The Rhodium report notes that while China has not yet closed the gap in the most technologically demanding sectors—such as high-end semiconductors for energy management—its progress is significant.

Future Outlook

The Next 5–20 Years

Over the next decade, China's industrial policy is likely to further consolidate its position in clean energy supply chains. The country's dominance in critical mineral processing and battery manufacturing is expected to persist, even as other regions invest in alternative capacity. However, rising geopolitical tensions, trade barriers, and domestic environmental pressures may moderate China's influence. The emergence of new technologies, such as sodium-ion batteries or advanced geothermal, could disrupt existing value chains.

Climate finance will play a crucial role. China is already a major investor in green energy projects abroad through the Belt and Road Initiative, and its state-owned banks continue to fund coal and gas projects, creating a mixed environmental record. A shift toward more sustainable finance could align China's industrial expansion with global climate goals.

Long-Term Sustainability Implications

The concentration of clean energy supply chains in China represents a systemic risk to global sustainability. A more resilient system would require diversified production, transparent standards for environmental performance, and international agreements on critical mineral governance. China's next-generation industrial policy, if accompanied by stronger domestic environmental regulations and cooperation on technology transfer, could still support global emission reductions. However, the current trajectory suggests that policy competition, rather than cooperation, may define the coming years.

Conclusion

China's next-generation industrial policy is reshaping the global clean energy landscape, lowering costs but also creating new dependencies. For the world to meet climate targets while maintaining economic security, policymakers must navigate a delicate balance: leveraging Chinese manufacturing capabilities to accelerate deployment, while investing in diversified, sustainable supply chains. The evidence from the Rhodium Group report makes clear that the window for effective action is finite, and that the choices made today will determine the ecological and economic resilience of the energy transition for decades to come.

Key Takeaways

China's industrial policy has expanded from targeted sectors to a comprehensive "industrial policy of everything," covering the entire clean energy supply chain.
This strategy has accelerated China's trade dominance, with foreign dependence on Chinese solar, battery, and wind components reaching critical levels.
Supply chain concentration poses risks to global climate resilience, resource sustainability, and geopolitical stability.
Governments are responding with domestic manufacturing incentives and trade measures, but diversification faces cost and time constraints.
Long-term sustainability requires international cooperation on critical mineral governance, environmental standards, and technology access.

SEO Keywords

China industrial policy, clean energy supply chains, Made in China 2025, solar dominance, battery supply chain, wind energy, critical minerals, climate resilience, supply chain diversification, green technology

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chinas-next-generation-industrial-policy-clean-energy-supply-chains

Sources

Rhodium Group. "China's Next-Generation Industrial Policy." May 2026. https://rhg.com/research/chinas-next-generation-industrial-policy
U.S. Chamber of Commerce. "Was Made in China 2025 Successful?" May 2025. https://www.uschamber.com/international/report-was-made-in-china-2025-successful
International Energy Agency. "Critical Minerals Market Review." 2025.
European Commission. "Net-Zero Industry Act." 2024.